v>EPA
EPA/600-R-16/381 January 2017 www.epa.gov/research
Small Footprint
Solar/Wind-Powered
CASTNET System
Office of Research and Development
National Exposure Research Laboratory
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EPA/600-R-16/381 I January 2017 I www.epa.gov/research
£% PQA U Ited States
En ironmental Protec ion
IhI a m Agency
Small Footprint Solar/Wind-Powered
CASTNET System
RESEARCH AND DEVELOPMENT
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Small Footprint Solar/Wind-Powered
CASTNET System
Ralph E. Baumgardner, Jr.
Exposure Methods and Measurement Division
National Exposure Research Laboratory
Office of Research and Development
Research Triangle Park, NC
Christopher M. Rogers
Amec Foster Wheeler Environment & Infrastructure, Inc.
Jacksonville, FL
Melissa R. Puchalski
Clean Air Markets Division
Office of Air and Radiation
Washington, DC
John T. Walker, Ph.D.
National Risk Management Research Laboratory
Office of Research and Development
Research Triangle Park, NC
Thomas F. Lavery
Cranston, Rl
Kevin P. Mishoe
Amec Foster Wheeler Environment & Infrastructure, Inc.
Newberry, FL
Although this work was reviewed by EPA and approved for publication, it may not necessarily reflect
official Agency policy. Mention of trade names and commercial products does not constitute
endorsement or recommendation for use.
U.S. Environmental Protection Agency
National Exposure Research Laboratory
Office of Research and Development
Research Triangle Park, NC 27711
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Small Footprint SolarAA/ind-Powered CASTNET System
Table of Contents
1.0 Introduction 3
2.0 Site Characteristics and Monitoring Equipment 7
3.0 Design and Testing 11
4.0 Data Analysis of Pollutant Concentrations 13
5.0 Future Plans 20
6.0 References 21
List of Appendices
Appendix A Small Footprint Filter Pack Site Installation Standard Operating Procedure
Appendix B Low Power Filter Pack Site Design Plan
Appendix C Test Data
List of Figures
Figure 1. CASTNET Site Map as of June 2016
Figure 2. EPA-Sponsored CASTNET Small Footprint, Filter Pack-Only Sites as of
June 2016
Figure 3. COW005, NC Site Location using Google Earth
Figure 4. COW005, NC Site Region using Google Maps
Figure 5. COW005, NC Monitoring Site Looking West-northwest
Figure 6. COW005, NC Monitoring Site Looking East
Figure 7. COW005, NC Monitoring Equipment inside the Control Box
Figure 8. Time Series of Hourly Values of Solar Power, Wind Power, Battery Voltage, and
Flow Rate (November 2014 through June 2016)
Figure 9. Box Plots of Pollutant Concentrations Measured at COW005 and COW137
Figure 10. Box Plots of Particulate Cations and Chloride Measured at COW005 and COW137
Figure 11. Time Series of S02 Concentrations (|jg/m3) at COW005 and COW137
Figure 12. Time Series of S024 Concentrations (|jg/m3) at COW005 and COW137
Figure 13. Time Series of HN03 Concentrations (|jg/m3) at COW005 and COW137
Figure 14. Time Series of Total N03 Concentrations (|jg/m3) at COW005 and COW137
Figure 15. Time Series of K+ Concentrations (|jg/m3) at COW005 and COW137
List of Tables
Table 1. Quarterly Mean Concentrations Measured at COW005 and COW137
Table 2. Mean Relative Percent Differences between Concentrations Measured at
COW005 and COW137
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Small Footprint SolarAA/ind-Powered CASTNET System
1.0 Introduction
The Clean Air Status and Trends Network (CASTNET) was established under the 1990 Clean
Air Act Amendments, expanding the National Dry Deposition Network, which began in 1987. In
2016, the network operated 95 monitoring stations throughout the contiguous United States,
Alaska, and Canada. CASTNET is managed and operated by the U.S. Environmental Protection
Agency (EPA) in cooperation with the National Park Service, Bureau of Land Management-
Wyoming State Office (BLM-WSO), and other federal, state, and local partners.
CASTNET performs long-term monitoring of air pollutant concentrations in rural areas across
the United States to determine compliance with EPA's National Ambient Air Quality Standards
(NAAQS) and to evaluate the effectiveness of national and regional emission control programs.
CASTNET identifies temporal and spatial trends in rural atmospheric concentrations of ozone
(03), nitrogen, and sulfur and deposition fluxes of nitrogen and sulfur pollutants. The network
has measured weekly concentrations of gaseous nitric acid (HN03) and sulfur dioxide (S02) and
particulate nitrate (N03), ammonium (NH+4), and sulfate (S024) pollutants for more than 25 years.
Recent changes to the network include participation by BLM-WSO as a new sponsor for five
CASTNET sites in Wyoming, and the addition of trace-level gas monitoring at six sites, one of
which is Bondville, IL (BVL130), an official EPA National Core Monitoring (NCore) site for trace-
level S02, nitrogen oxide (NO)/total reactive oxides of nitrogen (NOy), and carbon monoxide, (CO).
The Clean Air Act identifies two types of NAAQS. Primary standards provide public health
protection. Secondary standards provide public welfare protection, e.g., protection for animals,
crops, vegetation, and buildings. In 2011 and 2012, EPA reviewed the secondary NAAQS for
nitrogen dioxide (N02) and S02. In 2012, the final rule on the secondary NAAQS included using
the Aquatic Acidification Index (AAI) as its basis to evaluate whether emission control programs
effectively limit critical loading of sensitive ecosystems. The rule directed evaluation of the
variability and uncertainty in the AAI input parameters, demonstration of how an AAl-based
standard would be implemented, and improvement of measurements and models that would be
used to determine compliance. The geographic location of many CASTNET sites, in or near
sensitive ecosystems, and the network's well-established methods were considered when
identifying site locations for a pilot program under the secondary NAAQS. As proposed, the AAI
equation required measured data including S02 and particulate S024 measured by the
CASTNET filter pack, NOy measurements from CASTNET and other networks, and gaseous
ammonia measured by the National Atmospheric Deposition Program's (NADP's) Ammonia
Monitoring Network (AMoN). Uncertainties due to spatial gaps in ambient measurements and
modeled flux estimates over complex terrain were considered during the NAAQS review. Many
potential monitoring site locations were not amenable to the traditional CASTNET site design
and footprint, which required a large shelter and electrical power from the grid. During this same
3
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Small Footprint SolarAA/ind-Powered CASTNET System
period, EPA also planned for the installation and operation of small footprint sites that are more
easily deployed in remote areas. Small footprint, off-grid monitoring stations with an alternate
power source, such as wind or solar, were considered to be a viable alternative.
Small footprint sites do not require a shelter. They include a filter pack system for measuring
ambient concentrations and a temperature sensor for ambient temperature measurement, which
is used for converting concentrations to local conditions. Both the filter pack and the
temperature sensor are located on a single tower with only a small equipment control box near
the tower base to house the data logger and other equipment (data logger, flow pump,
rotameter, mass flow controller, and cellular modem). This allows for much more flexibility in site
selection as well as installation. This design facilitates installation of new sites in areas of sparse
coverage by making installation and operational expenses much more affordable. Additionally,
the sites are more transportable than a traditional CASTNET site and, therefore, can be used for
short-term, special studies.
CASTNET currently has eight small footprint sites in locations ranging from Idaho to North
Carolina (Figures 1 and 2). The small footprint site at Screwdriver Knob, NC (COW005) was
installed in mid-November 2014 near the Coweeta Hydrologic Laboratory CASTNET site
(COW137) in North Carolina and is the latest design in the evolution of these small footprint
sites. It is an alternative off-grid design that uses a wind turbine and solar panel for electricity
generation. The off-grid design is even more suitable for use in remote locations than the
original small footprint design because it can be deployed in locations where electrical access is
not possible or would be cost-prohibitive. Besides eliminating the need for a traditional power
supply, this system can be installed in rugged terrain, high elevation areas, over water bodies,
and on top of scaffold towers with relative ease compared to designs requiring a shelter and a
traditional power source.
An off-grid, small footprint site was installed at the Nez Perce Tribe, ID (NPT006) site in
December 2015. The solar and wind powered equipment installed at the NPT006 site was not
adequate to provide consistent power year-round. In the future, to operate an off-the-grid site for
northern sites at high latitudes, upgraded equipment would have to be considered. Additionally,
available solar and wind resource data will be analyzed to gauge power generation potential
against site power requirements. The NPT006 site was converted to a traditional small footprint
site with a regular power source when 40 CFR Part 58 03 measurements were added to
the site.
Figure 1 shows all CASTNET sites as of June 2016, and Figure 2 shows only the small footprint
sites. Measurements at COW005 ended during the week of August 9, 2016.
4
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EP-W-15-003
Small Footprint SolarAA/ind-Powered CASTNET System
Figure 1. CASTNET Site Map as of June 2016
GLR468
ASH135
RED004
NPT006
THR422
SHE604
FOR605
YEL408
NEC602
LAV410
SAN189
WNC429
PND165
BUF603
DIN431 -* CNT169
GRB411
ROM406/206
YOS404
KIC003
PIN414
CAN407 #QTH161
SEK430
KNZ184*
MEV405
GRC474
JOT403
PET427
PAL190
CHA467
ALC188
SUM156
BBE401
DEN417
EVE419
IRL141
• BLM Small Footprint
• EPA
• NPS
® EPA Collocated Pair
¦ EPA Small Footprint
~ NPS/EPA Collocated
lir with EPA Trace-Level Gas
~ EPA Trace-Level Gas
~ NPS Trace-Level Gas
NCore Participant
5
Amec Foster Wheeler
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 2. EPA-Sponsored CASTNET Small Footprint, Filter Pack-Only Sites as of
June 2016
WFM105
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NPT006
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(summit)
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Small Footprint SolarAA/ind-Powered CASTNET System
2.0 Site Characteristics and Monitoring
Equipment
The small footprint monitoring site at COW005, NC was
located about 3.5 kilometers (km) by road (2.6 km by air)
southwest of the Coweeta Hydrologic Laboratory, which
hosts the standard CASTNET site, COW137, NC.
COW005 was situated on a dirt road on an exposed
ridge (Figure 3) with an elevation of approximately
980 meters (m), about 302 m higher than COW137. Both
sites are located in Macon County, NC less than 10 km
north of the Georgia border (Figure 4). The sidebar
summarizes the COW005 site characteristics. The
Coweeta Hydrologic Laboratory operates under the Long
Term Ecological Research (LTER) Network
(LTER, 2016).
Figure 5 shows the COW005 10-m monitoring tower
looking toward the west-northwest. Figure 6 depicts the
tower looking toward the east. The tower supports a filter
pack housed in a rain shield and a temperature sensor
at approximately 10 m. Power is provided by a solar
panel and wind turbine (top). The generated electricity is
stored in two 12-volt, deep cycle batteries near the base
of the tower. The equipment control box (Figure 7) near
the base of the tower houses the data logger, flow pump,
rotameter, mass flow controller, and cellular modem. A
U.S. Forest Service-operated solar-powered
meteorological station is located adjacent to the
CASTNET tower. Appendix A, Small Footprint Filter
Pack Site Installation, provides the standard operating
procedure (SOP) for installation of a small footprint
CASTNET site.
Coweeta, NC Site
Characteristics
Site name and ID:
Coweeta Screwdriver Knob, NC
COW005
County:
Macon, NC
Latitude; decimal degrees:
35.04826
Longitude; decimal degrees:
-83.45428
Elevation:
985 meters
Operating agency and start date:
EPA, 11/18/2014
End date:
8/16/2016
Primary Land Use:
Forest
Terrain surrounding site:
Mountainous
Nearest NADP site code:
NC25
Distance to nearest NADP site:
2.6 kilometers
Does site conform to deposition
model assumptions?
No
7
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 3. COW005, NC Site Location using Google Earth
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Figure 4. COW005, NC Site Region using Google Maps
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8
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 5. COW005, NC Monitoring Site Looking West-northwest
Figure 6. COW005, NC Monitoring Site Looking East
9
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 7. COW005, NC Monitoring Equipment inside the Control Box
i T irv! \
10
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Small Footprint SolarAA/ind-Powered CASTNET System
3.0 Design and Testing
The design and operation of small footprint sites have been refined since 2012 through the
operation of eight sites (Figure 2; see also Rogers et ai, 2015). The site at COW005 was
designed to be an "off-the-grid" site that uses a solar panel and wind turbine for electricity
generation (Figures 5 and 6). The design plan is provided in Appendix B. The system was
tested at both Amec Foster Wheeler's Gainesville, FL field laboratory and onsite at COW005
over the period 9/2/2014 through 11/6/2014. Appendix C provides the 2014 COW005 test data,
including battery voltage (volts), flow rate in liters per minute (Ipm), ambient temperature in
degrees Celsius (°C), solar output (watts), and wind output (watts). The results indicate a stable
flow rate of 1.5 Ipm (± 0.001) with 100 percent data completeness. The battery was stable at a
voltage greater than 12.0 volts over the entire period. Solar power generation was reliable
(100 percent) with sufficient generation during daylight. The wind generator operated
satisfactorily, producing electricity when wind speeds exceeded 7 mph.
Figure 8 shows operational data (time series of hourly values of solar power, wind power,
battery voltage, and flow rate) from November 2014 through June 2016. The figure indicates
stable, constant flow throughout the 20 months. The battery voltage was nearly constant above
12 volts with two short excursions. The lower voltage associated with these excursions did not
affect the flow rate. The flow pumps are energy efficient and can generate flow at low voltage
until the data logger turns off. A voltage of less than 9.0 will shut down the data logger, and no
flow will be produced. Voltages in the 10 to 11 range will decrease flow to 2.0 to 2.5 Ipm, but the
reported flow will be accurate. Wind power generation was satisfactory through April 2016 when
it was deactivated because of the increase in solar output with the change in seasons.
The operational data from CASTNET sites, including data from the COW005 site, are reviewed
daily in accordance with the CASTNET Quality Assurance Project Plan (QAPP) by a data
analyst. Any problems are noted on a problem ticket, which remains open until the problems are
resolved. The operational measurements are guided by CASTNET SOPs and are evaluated
using CASTNET data quality indicators.
11
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 8. Time Series of Hourly Values of Solar Power, Wind Power, Battery Voltage, and
Flow Rate (November 2014 through June 2016)
12
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Small Footprint SolarAA/ind-Powered CASTNET System
4.0 Data Analysis of Pollutant Concentrations
Quarterly mean filter concentrations and the number of valid records by quarter for the COW005
and COW137 sites are listed in Table 1 for fourth quarter 2014 through second quarter 2016.
Based on temporal coverage of filter packs scheduled versus actually run, the data
completeness for both sites was 100 percent. COW005 had two filter packs that sampled for a
2-week period instead of a 1-week period. COW137 had one 2-week filter pack.
Table 2 lists quarterly mean relative percent differences between concentrations measured at
the two sites (COW005 and COW137) for all pollutants. Figures 9 and 10 provide box plots that
summarize the 11 concentrations measured at the two sites. Each box shows mean, median,
10th, 25th, 75th and 90th percentile values. S02, S024, N03, HN03, and total N03, Ca2+, and Na+
concentrations were higher at COW005, which was the higher elevation, ridge site.
Concentrations of NH+4, Mg2+, and CI" were about the same at both sites, and quarterly mean
concentrations of K+ measured at COW137 were higher.
Time series of weekly concentrations of S02, S024, HN03, total N03, and K+ measured during
the seven quarters are shown in Figures 11 through 15. The concentrations at the two sites
track reasonably well, but the magnitudes varied as noted in the previous paragraph. Puchalski
etal. (2015) hypothesized that interactions between meteorological phenomena associated with
complex terrain (e.g., nocturnal inversions, drainage flows, and wind speed gradients) and
deposition processes resulted in lower concentrations at lower elevations, i.e., at COW137. Dry
deposition is considered an important removal process when air drains down the ridge. Some
plants, such as rhododendrons, retain their leaves during the winter and produce dry deposition
year-round. EPA scientists will continue to analyze the air quality and meteorological data
collected at COW005, COW137, and nearby monitoring sites on the ridge and in the basin.
13
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EP-W-15-003
Small Footprint SolarAA/ind-Powered CASTNET System
Table 1. Quarterly Mean Concentrations Measured at COW005 and COW137
Quarterly Averages
so2
SO4
no3
NH+4
hno3
Total N03
Ca2+
K+
2+
Mg
Na+
CI"
Site ID
Qtr
Year
Records
(ljg/m3)
(ljg/m3)
(ljg/m3)
(ljg/m3)
(ljg/m3)
(|jg/m3)
(|jg/m3)
(|jg/m3)
(|jg/m3)
(|jg/m3)
(|jg/m3)
COW005
4
2014
6
0.68
0.89
0.31
0.32
0.44
0.74
0.09
0.03
0.02
0.11
0.06
COW005
1
2015
12
0.59
0.90
0.25
0.34
0.55
0.79
0.07
0.03
0.01
0.05
0.03
COW005
2
2015
13
0.48
1.41
0.36
0.48
0.60
0.95
0.14
0.06
0.04
0.15
0.07
COW005
3
2015
13
0.64
1.55
0.24
0.51
0.43
0.66
0.12
0.06
0.03
0.08
0.04
COW005
4
2015
13
0.67
0.56
0.22
0.21
0.35
0.57
0.08
0.03
0.02
0.10
0.09
COW005
1
2016
12
0.56
0.84
0.42
0.31
0.49
0.91
0.11
0.04
0.03
0.14
0.08
COW005
2
2016
10
0.43
1.15
0.33
0.39
0.70
1.02
0.17
0.05
0.04
0.13
0.05
COW137
4
2014
6
0.39
0.89
0.19
0.32
0.29
0.47
0.06
0.04
0.01
0.07
0.04
COW137
1
2015
12
0.46
0.92
0.22
0.36
0.36
0.58
0.06
0.04
0.01
0.04
0.03
COW137
2
2015
13
0.36
1.34
0.18
0.43
0.40
0.57
0.10
0.07
0.03
0.11
0.05
COW137
3
2015
13
0.57
1.37
0.11
0.45
0.26
0.36
0.07
0.08
0.02
0.05
0.03
COW137
4
2015
13
0.59
0.55
0.14
0.20
0.17
0.31
0.05
0.05
0.01
0.06
0.06
COW137
1
2016
13
0.45
0.83
0.29
0.29
0.36
0.64
0.08
0.05
0.02
0.10
0.04
COW137
2
2016
10
0.35
1.10
0.21
0.37
0.57
0.77
0.12
0.06
0.03
0.10
0.05
14
Amec Foster Wheeler
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EP-W-05-003
Small Footprint SolarAA/ind-Powered CASTNET System
Table 2. Mean Relative Percent Differences between Concentrations Measured at COW005 and COW137
Mean Relative Percent Difference
Quarter
Year
Records
so2
SO4
no3
NH+4
hno3
Total N03
Ca2+
K+
«« 2+
Mg
Na+
CI"
4
2014
6
45%
-1%
38%
1%
40%
41%
27%
-32%
24%
30%
19%
1
2015
12
22%
-1%
4%
-3%
41%
31%
25%
-41%
10%
15%
-8%
2
2015
13
30%
3%
61%
6%
43%
50%
36%
-24%
17%
27%
4%
3
2015
13
13%
13%
62%
11%
42%
56%
56%
-29%
31%
51%
7%
4
2015
13
10%
6%
21%
5%
69%
51%
33%
-50%
19%
33%
22%
1
2016
12
21%
0%
32%
6%
33%
35%
25%
-33%
15%
16%
12%
2
2016
7
17%
4%
47%
5%
23%
31%
28%
-7%
21%
26%
3%
Overall
76
21%
4%
38%
5%
43%
44%
34%
-32%
19%
28%
8%
15
Amec Foster Wheeler
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 9. Box Plots of Pollutant Concentrations Measured at COW005 and COW137
so2
90"1 Percentile
75,h Percentile
Median
Mean
25lh Percentile
10,h Percentile
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Figure 10. Box Plots of Particulate Cations and Chloride Measured at COW005 and COW137
m
h-
to
r-.
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16
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 11. Time Series of S02 Concentrations (pg/m3) at COW005 and COW137
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Figure 12. Time Series of SO* Concentrations (pg/m3) at COW005 and COW137
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17
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 13. Time Series of HN03 Concentrations (pg/m3) at COW005 and COW137
1.4
1.2
1.0
c
0.4
0.2
0.0
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Small Footprint Solar/Wind-Powered CASTNET System
Figure 14. Time Series of Total N03 Concentrations (jjg/m3) at COW005 and COW137
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Figure 15. Time Series of K+ Concentrations (jjg/m3) at COW005 and COW137
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Small Footprint SolarAA/ind-Powered CASTNET System
5.0 Future Plans
The small footprint system at COW005 was discontinued on August 16, 2016. The equipment
will be available for use at another CASTNET site in January 2017. NPT006, ID was converted
to a traditional small footprint site with a regular power source when 40 CFR Part 58 03
measurements were added to the site. The NPT006 off-grid power equipment is also available
for a future site installation.
EPA scientists will continue analysis and modeling of air quality and meteorological conditions
measured around COW005 and COW137 in order to better understand dispersion and
deposition in the complex ridge-basin terrain setting.
EPA is reviewing the secondary NAAQS for S02 and N02 with a target date for a final rule in
2020 (Draft Integrated Review Plan; EPA, 2015). CASTNET data, including data from the small-
footprint sites, may be used to assess whether the current standard is adequate to afford
protection from deposition-related effects, such as those associated with acidification of aquatic
and terrestrial ecosystems and nutrient enrichment of terrestrial and estuarine ecosystems.
Additionally, the small footprint sites may be temporarily operated in selected locations to
reduce uncertainties in critical loads exceedances by measuring ambient concentrations of
nitrogen and sulfur pollutants within those areas.
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Small Footprint SolarAA/ind-Powered CASTNET System
6.0 References
Long Term Ecological Research Network. 2016. Coweeta LTER. https://coweeta.uga.edu/.
Accessed June 2016.
Puchalski, M., Rogers, C., Barry, K., Beachley, G., Daly, R., Oishi, C., Ford-Miniat, C.,
Baumgardner, R., and Walker, J. 2015. Atmospheric Sulfur and Nitrogen
Concentrations along an Elevation Gradient in the Southern Appalachian Mountains.
Acid Rain 2015, http://acidrain2015.org/.
Rogers, C., Baumgardner, R., Isil, S., Mishoe, K., Stewart, M., and Howell, H.K. 2015.
CASTNET's Small Footprint Filter Pack Only Sites. A&WMA Annual Conference and
Exhibition (ACE). Extended Abstract #387. 2015.
U.S. Environmental Protection Agency. 2016. 40 CFR Part 58, Appendix A to Part 58 - Quality
Assurance Requirements for Monitors used in Evaluations of National Ambient Air
Quality Standards. 40 CFR Part 58.
U.S. Environmental Protection Agency. 2015. Draft Integrated Review Plan for the Secondary
National Ambient Air Quality Standards for Oxides of Nitrogen and Oxides of Sulfur.
https://yosemite.epa.goV/SAB/SABPRODUCT.NSF/0/28F4B445DD68980885257BE400
618E98/$File/IRP_NOXSOX_CompleteDraft_102915_final.pdf. Accessed October 2016.
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Small Footprint SolarAA/ind-Powered CASTNET System
Appendix A
Small Footprint Filter Pack Site Installation
Standard Operating Procedure
Appendix A
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SMALL FOOTPRINT FILTER PACK SITE INSTALLATION
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III. FIELD CALIBRATION MANUAL
ATTACHMENT: SMALL FOOTPRINT FILTER PACK SITE INSTALLATION
Effective
Date: (O/^/U
Reviewed by: Kevin P. Mishoe
Field Operations
Manager
Reviewed by: Marcus O. Stewart
QA Manager
Approved by: Holton K. Howell
Project Manager
TABLE OF CONTENTS
1.0 Ptirpose
2.0 Scope
3.0 Summary
4.0 Materials
5.0 Safety
6.0 Procedure
7.0 References
8.0 Attachments
Annual Review
Reviewed by:
Title:
Date:
Signature:
1L- OL
(ph-feyy iC (kv-yu-
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III. FIELD CALIBRATION MANUAL
ATTACHMENT: SMALL FOOTPRINT FILTER PACK SITE INSTALLATION
1.0 PURPOSE
The purpose of this Standard Operating Procedure (SOP) is to provide consistent guidance for
installation and calibration of a small footprint filter pack sampling site. This SOP is designed to
be used by the Clean Air Status and Trends Network (CASTNET) Field Calibration Laboratory
and field personnel.
2.0 SCOPE
Applies to all CASTNET sites operating a filter pack sampling system without an
enclosed shelter.
3.0 SUMMARY
Small footprint sites are defined as monitoring sites without an enclosed shelter. This document
describes the procedures and equipment for installation, calibration and normal operation of a
CASTNET small footprint monitoring site.
4.0 MATERIALS AND SUPPLIES
A complete site parts list is maintained in the Field Calibration Laboratory.
The following materials and supplies are required for auditing the site:
• National Institute of Standards and Technology (NIST) traceable flow transfer standard
• NIST traceable temperature transfer standard
• Temperature water bath (insulated container, stir plate, ice, water heater)
• Certified multi-meter
The following materials and supplies are required for acceptance testing:
• Adjustable flow restriction (e.g., needle valve or flow controller)
5.0 SAFETY
Electrical Shock - Always ensure equipment is disconnected or power is turned off at the outlet
before performing any wiring tasks.
Weather - Always review weather forecasts before arriving onsite to reduce the risk of being
trapped onsite by severe weather. If weather conditions prevent working safely onsite, leave the
site and return when conditions have improved.
Tower Safety - The tilt down flow tower is NOT designed to be climbed. NEVER climb the
tower. Use care when raising and lowering the tower to ensure the folding section does not fall
out of control. NEVER erect the tower during installation without help.
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6.0 PROCEDURE
6.1 Acceptance Testing
Upon receipt of the major components at the field calibration laboratory, use the following
procedures to verify proper operation before the equipment is installed in a field setting.
6.1.1 Mass Flow Controller (MFC)
a) Configure the MFC settings as described in Section 6.2.2
b) Connect the MFC to a data logger using the following connections (See Section 6.3.1.4):
o Red wire to CI
o Yellow wire to C2
o Blue wire to 12V
o Purple wire to G
c) Calibrate the MFC using the standard 6 point procedure as described in the CASTNET
Quality Assurance Project Plan (QAPP Appendix 1 Field SOP, Section III Field
Calibration Manual, 6.15 Flow) and (QAPP Appendix 1 Field SOP, Section IV
Calibration Laboratory, C Site Instrumentation, 4 Mass Flow Controller)
d) Verify all points audited are within 2% of expected
e) Include a copy of the acceptance testing form with the MFC
6.1.2 Pump
a) Connect the pump to the suction output of a flow meter with a range of at least 20 1pm,
with an inline restriction and pressure gage as shown in Figure 1. Measure and record the
flow rate and operating pressure at the pump maximum flow rate.
b) Adjust the needle valve or similar adjustable restriction between the flow meter and
pump, adjust the flow rate to obtain at least three additional flow rates and operating
pressures, including one point at the intended set point of the site (1.5 or 3.0 1pm).
c) Close the adjustable restriction fully and record the maximum pump vacuum at zero flow
as a final point.
d) Using the measured test points, generate a pump curve similar to Figure 2 and compare to
the manufacturers supplied pump curve. In addition, verify the operating load for the
MFC at the target set point and the operating pressure at the target flow rate is greater
than 4 in Hg. The target set point is the difference between the expected operating
pressure at the site and site ambient pressure minus 2 in Hg.
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Figure 1. Pump Test Pneumatic Setup
Figure 2. Pump Curve
Empirical Pump Curves - Vlton Diaphagm
QuO
0 100 200 300 400 SCO 600 700 800
Pressure (mmHg)
• Pump A PJr.ill el
• Pump 6 Parallel
• Pump A Series
• Pump B Series
VACUUM
DC MODELS
PRESSURE
30 25 20 15 10 5 0 5 10 15 20 25 30
inHg MFC LOAD psig
yK-Otf 0.0154* ~
y • bE Ofcv 0.U01&X * fl_S
v' ec-oex2 - 0.0006* ~ 0.2235
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6.1.3 Data logger
a) Audit the temperature voltage channel (SE2) as described in QAPP Appendix 1 Field
SOP, Section III Field Calibration Manual, 6.2 Data Logger
b) Verify the connected MFC receives data and is able to update the MFC set point using
Coml (C1/C2)
c) Verify control port 3 (C3) is functioning by ensuring the 'DoorOpen' parameter
corresponds to the door position.
d) Verify control port 4 (C4) is functioning by ensuring the relay is closed when
'PumpON' is set to True and open when 'PumpON' is set to False.
e) Verify the 12V port is functioning by ensuring the Raven and MFC are powered when
the data logger is powered.
6.1.4 Temperature
a) Adjust the zero potentiometer until the sensor reads 0°C±0.2°C in an ice bath. (See QAPP
Appendix 1 Field SOP, Section IV Calibration Laboratory, C Site Instrumentation,
c. temperature.
b) Adjust the span potentiometer until the sensor reads within 0.2°C of the transfer standard
near 50°C.
c) Repeat steps a and b until no further adjustments are required
d) Blend the 50°C and 0°C temperature baths to generate three additional points spaced
across the range.
6.2 Configuration
6.2.1 Cellular Modem
Because the small footprint sites do not utilize an Ethernet network, the incoming connection to
the cellular modem must be passed to the serial port of the data logger. Connections to the data
logger can be made from a local computer by connecting to the cellular modem's WiFi access
point. Instructions for configuring the cellular modem for these uses are described in the Cellular
Modem Configuration Instructions included on the USB drive in the calibration kit.
6.2.2 MFC
The mass flow controller must be configured to use serial communications for the flow set point.
From the main display, press the lower right hand soft key (may say 'Mode'). Then press the top
center soft key labeled 'Control Setup' or 'Select'. Press top right soft key labeled 'Input' until
the caret '>' is next to 'Serial'. Press the bottom right soft key twice to return to the main
display. See QAPP Appendix 1 Field SOP, Section III Field Calibration Manual, 6.4 Flow.
6.3 Set-Up/Installation
6.3.1 Site Preparation
Before arriving onsite for installation, perform the following tasks:
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6.3.1.1 Pour the Concrete for the Tower Base
For the Aluma Tower AT-516B 10 meter tilt-down tower that will typically be used, a minimum
pad size of 18" square by the greater of 2 feet or to the local frost line is needed. The larger
capacity Aluma Tower AT-516D requires a minimum pad size of 30" square and the greater of
2 feet or to the local frost line. The frost line for the area can be determined by calling a local
construction contractor. If possible, contact a local contractor to pour and set the concrete footer
for the tower before arriving onsite for the equipment installation. Six 3/8" diameter anchor bolts
must be embedded a minimum depth of 12" to secure the tower base plate. The base plate should
be used to position the bolts. For the larger capacity tower, use six (6), 1/2" diameter bolts
embedded to a minimum depth of 16".
6.3.1.2 Install Electrical Supply
Contact a local certified electrical contractor to install an electrical connection (with a minimum
of 5 A capacity if shared circuit) within two feet of the tower pad. The outlet must be
weatherproof while in-use. Note: Low power installations will not need the connection.
6.3.1.3 Coordinate with Field Site Operator
Contact the field site operator and coordinate a time to meet onsite after installation is completed
for training.
6.3.1.4 Assemble and pre-wire enclosure
Install the data logger, cellular modem, flow pump, rotameter and MFC as shown in the
following Figures 3 and 4. The major component locations are identical for both the small
footprint and low power sites.
Figure 3. Enclosure
Figure 4. Low Power Enclosure
inm \ i
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Connect the equipment according to the wiring diagram (Figure 5) shown below for the small
footprint site.
Figure 5. Wiring Diagram
ncftiisi'.iiciHwaieJiiti
CR 8001
filter pack only wiring
Sensor
Cable Type
Wire Color
function
Dm Rail
Relay
Logger side
9m Temp
lour
While
Green
Sens +
GND
i LHPF- 1L(St2)
GND Lug
Data Cable
Black
12V+
12V GND
1?V (SDM)
G (SDM)
Green
Blue
17V+
Drr in ]
Supressinn
ft
Black
110AC
Power Cord in
Surge
9
White-
110AC
Power Supply [L(+)j
Supression
10
White
110 AC
Power Cord in
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Connect the equipment according to the wiring diagram (Figure 6) for the low power site.
Figure 6. Low Power Data Logger Connections
Turbine {-}
Turbine Switch (-)
Cell Modem Relay Alt-
Enclosure Ground to Earth Ground
Panel (-)
Pump Tachometer
Pump Relay A1+
Charge Controller (panel -J
Temp. Prol»e
#3 on din Rail
#4 on OIN Rail
Pump speed Control
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Figure 7. Low Power Enclosure Diagram
Charge Controller
Flow Pump
6.3.2 Tower Installation
• Assemble the tower sections horizontally with the base near the concrete pad and clearance
overhead to later raise the tower.
• Attach the following equipment to tower:
o Flow tubing
o Temperature wiring
o Antenna cable
o Upper guy wires
• Erect tower
At least two people are required to erect the tower. Align two legs of the tower with two of
the supports in the tower base. Ensure the base is securely attached to the concrete pad and
level. While one person holds the tower legs aligned with the base plate, 'walk' the tower
upright. Once all three tower legs are in the base plate, immediately secure the legs with the
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provided bolts and lock nuts. DO NOT release the tower until the legs are
completely secured.
Install ground anchors
Install the ground anchors as closely as possible to
the following diagram. Occasionally, it is necessary
to move the anchors slightly because of landscape
(e.g., rocks, grade, etc). Verify the tower will be able
to tilt without interfering with the front guy wire. The
front anchor might have to be moved slightly offset
from center and slightly closer to the tower base. Tilt
the tower to the correct position to use as a guide.
12'—1w—I— — — —1_ 12'—1"
Attach lower guy wire attachment
Attach the guy wires to the ground anchors using the GUY PATTERN
supplied turnbuckles (fully loosened) and wire
clamps. Flag the wires if they are near walking paths.
Tighten the turnbuckles to level the tower vertically in all directions. The intended tension in
the guy wire is around 200 lbs. While an exact measurement is not important, there should be
no slack in any wire and they should offer strong resistance to pressure from the side. Note:
The guy wires will stretch slightly and the turnbuckles may have to be loosened and
reattached.
Attach remaining equipment to tower
o Enclosure
o Pot head with wind generator
o Temperature Shield
o Antenna
o Battery Enclosure
Connect flow tubing and temperature wiring - See Figure 5.
Connect antenna
Standard Installations
o Connect main power supply to surge suppression terminals - See Figure 5
o Connect main power supply to outlet
Ensure the outlet is weatherproof while in-use and GFCI protected.
Low Power Installations
o Install the solar panel facing due south (not magnetic south)
o Tilt the angle of the panel according to the location, between 25 and 50 degrees.
A steeper tilt is needed in northern locations and a shallower tilt is needed in
southern locations. Likewise, a steeper tilt is needed during winter months and a
shallower tilt is needed in summer months.
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o Record the estimated tilt angle to be verified and seasonally adjusted during the
semi-annual audit,
o Connect the output of the solar panels to the charge controller,
o Connect the output of the charge controller to the battery bank,
o Connect the output of the wind generator directly to the battery bank. A separate
charge controller is not needed,
o Connect the positive and negative terminals of the battery bank to the data logger
power supply input.
o Connect the output monitoring leads from the negative (-) terminal of the solar
charge controller and the negative output of the solar panel to the data logger
terminals 2H and 2L as shown in Figures 5, 6 and 7.
o Connect the output monitoring leads from the negative (-) terminal of the battery
bank and the negative output of the wind generator to the data logger terminals
3H and 3L
• Perform equipment audit as described in section 6.5
6.4 Operation
6.4.1 Data Logger Data Access
• From a blank screen, press any soft key to light the display.
• From the main screen, press the Enter soft key.
• With the > next to Data, press the Enter soft key.
• Enter the Security Code, and press the Enter soft key.
• With the > next to Real Time Tables, press the Enter soft key.
• With the > next to Public, press the Enter soft key.
• To back in the menu tree, press the ESC soft key.
6.4.2 Field Site Operator Procedures
6.4.2.1 Upon arrival:
Record the date, time, personnel onsite and any equipment/site modifications performed in the
site narrative log. Check the current flow rate reported by the MFC and data logger and the
current temperature for reasonableness. Call AMEC immediately with any unexpected results.
Note date and time of arrival, personnel onsite and any relevant nearby activities, such as
controlled burning or other source of local emissions, on the site status report form (SSRF)
corresponding to the filter being removed.
6.4.2.2 To Remove Currently Sampling Filter Pack:
• Record the current data logger flow and rotameter reading in the Filter Off section of
the SSRF
• Turn off the flow pump by setting the Pump On parameter to false.
• Down the flow and temperature channels using the data logger display.
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• Record the current MFC display value in the Pump Off field in the filter off section of
the SSRF
• For sites with a wind generator, move the switch mounted to the battery enclosure to the OFF
position. This engages a brake in the turbine to prevent the blades from spinning when
lowered. Note: The switch must always be in either the RUN or OFF positions and not left in
the middle position.
• Carefully lower the tower
• Wearing clean gloves, attach the black filter cap to the filter pack
• Remove the filter pack at the quick disconnect and attach the red cap to the filter pack
quick disconnect.
• Reseal the filter pack in the provided plastic bag
6.4.2.3 Perform a leak check on the flow system:
• With no filter pack installed in the quick disconnect, turn on the flow pump by setting the
Pump On parameter to True
• Record the lowest reading from the MFC display on the SSRF as the leak check result for
both the filter pack being removed as well as the SSRF for the filter to be installed.
• Verify the leak check result is within 0.1 standard liter per minute (slpm) of the previously
recorded Pump Off value.
• Turn off the flow pump by setting the Pump On parameter to false.
6.4.2.4 To install the filter pack:
• Remove the filter pack and SSRF chain of custody from the shipping container and verify the
filter pack ID on the filter matches the SSRF.
• Print your name on the chain of custody on the 'Shipment Opened By' line.
• Carefully lower the tower if not already down
• Perform a leak check of the flow system as described above or copy the result from the
previous weeks' SSRF if available.
• Wearing clean gloves, remove the filter pack from the plastic bag and remove the red cap
from the filter pack quick disconnect
• Leaving the black inlet side cap in place, install the filter pack in the quick connect fitting
until the locking ring clicks into place and the filter pack cannot be pulled free
• Remove the black inlet side cap and reseal both the red and black caps in the plastic bag
• Raise and secure the tower
• For sites with a wind generator, move the switch mounted to the battery enclosure to the
RUN position. This allows the turbine generate power. Note: The switch must always be in
either the RUN or OFF positions and not left in the middle position.
• Record the current MFC display value in the Pump Off field in the Filter On section of
the SSRF
• Up the flow and temperature channels using the data logger display.
• Turn on the flow pump by setting the Pump On parameter to true.
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• Record the current data logger flow in the filter on section of the SSRF
• Record the current rotameter value in the Filter On section of the SSRF
6.5 Calibration
Perform an "as found" audit of the data logger using the acceptance testing procedure described
in section 6.1. Record all results in the electronic calibration forms.
Perform an "as found" audit of the flow system as described in QAPP Appendix 1 Field SOP,
Section III Field Calibration Manual, 6.4 Flow and QAPP Appendix 1 Field SOP, Section IV
Calibration Laboratory, C Site Instrumentation, 4 Mass Flow Controller. Record all results in the
electronic calibration forms.
Perform an "as found" audit of the temperature system as described in QAPP Appendix 1 Field
SOP, Section IV Calibration Laboratory, C Site Instrumentation, 5 temperature sensor. Note: An
"as found" audit is not required if the sensor has not been operating (e.g., during the initial
installation or installation of a replacement sensor). Calibrate the temperature sensor and perform
a multipoint audit as described in Section 6.1.4. Record all results in the electronic
calibration forms.
6.6 Maintenance, Repair and Troubleshooting
After the "as found" MFC audit, but before the final flow verification check, replace the Balston
filter preceding the MFC during the semi-annual audit.
Annually, following the "as found" MFC audit, but before the final flow verification check,
replace the flow pump during the semi-annual audit. The pump will be rebuilt upon return to the
field laboratory.
Clean the surface of the solar panels as accumulated dust and debris can significantly reduce
output.
7.0 REFERENCES
Cellular Modem Configuration Instructions
8.0 ATTACHMENTS
This sop has no attachments.
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Small Footprint SolarAA/ind-Powered CASTNET System
Appendix B
Low Power Filter Pack Site Design Plan
Appendix B
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Small Footprint SolarAA/ind-Powered CASTNET System
1.0 Design Process
The initial design follows the small footprint design with the exceptions described in the following
paragraphs.
A description of each major component follows. For part number, suppliers, and cost, see the
attached parts list. This design is specific to the COW005, NC site. The energy requirements for
a proposed site will depend on its setting, local weather conditions, and estimated solar and
wind energy resources.
Flow System
The current GAST 15D Twin pump will be replaced with a Brailsford 4X2 12V pump. The
Brailsford pump has been proven to be capable of maintaining the nominal flow rate of 1.5 Ipm
and uses significantly less power than the GAST pump. The original small footprint design did
not include a rotameter or Balston filter. The serial connected mass flow controller (allowing
remote control and improved monitoring with some housekeeping data) and rotameter and
Balston are now at all EPA-sponsored filter pack sites, including the small footprint sites.
Cellular modem relay
A data logger-controlled relay will be added to the cellular modem to periodically turn the
modem off to save system power.
Supply Power
The phoenix contact STEP series DC power supply to the data logger, pump, cellular modem,
and mass flow controller and 120V GFCI outlet will replaced with the battery system described
in the following section.
2.0 Battery System Design
Figure 1 provides a schematic of the energy system, albeit with two solar panels and two
batteries. One solar panel, a wind turbine, and one battery were used at COW005.
A breakdown of estimated power requirements is listed below
Data logger - 50 mA
Pump - 250 mA
Cellular modem - 500 mA peak (250 mA nominal)
APEX mass flow controller - 400 mA
Total-1200 mA at12VDC
Power required - 350 watts per day
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Small Footprint SolarAA/ind-Powered CASTNET System
Battery Capacity
A 79 Ahr (20 hour) sealed AGM lead acid battery will be used, which will provide at least
1.35 days of continuous operation without added input power.
Estimated Solar Output
A Kyrocera KD140SX HOW solar panel will be installed generating the following estimated daily
output:
600 watts per day
Actual output will be determined during the evaluation period by measuring the voltage drop
across the one leg of the charging cables.
Voltage Drop = Resistance of cable x current output
With a resistance of 5 mOhm, the maximum voltage drop is expected to be 50 mV at 10 A
Estimated Wind Output
The wind generator is not expected to produce significant output at wind speeds < 7 mph.
Actual output will be measured in the same manner as solar output. Wnd speed will be
measured using a calibrated RM Young Wnd Monitor AQ during the evaluation period.
Charging Controller
The wind generator includes a built-in charging circuit and will be directly connected to the
battery. The solar panel will connect through a 10.5A MPPT charging controller.
3.0 Standard Equipment
Tower
Aluma Tower aluminum 10m FOT-10-B/AT-516D-1. When guyed, the maximum sail area is 3 ft2
at 90 mph and 8 ft2 at 70 mph.
The tower is grounded to mitigate some lightning damage using a fully buried 8-foot copper
grounding rod bonded to the tower using 12 AWG stranded copper wire.
Enclosure
An operator-accessible 12x14 inch enclosure containing the major components will be installed
at approximately 1.5 m on the tower. A schematic of the system is shown in Figure B-1.
Temperature Measurement
Temperature measurements will be made using an RM Young 1000 ohm platinum RTD in a
passively aspirated shield. All power requirements will be supplied by the data logger. Because
the CR850 data logger does not have current excitation capability and thus the ability to make a
B-2
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Small Footprint SolarAA/ind-Powered CASTNET System
direct resistance measurement, the RTD will require a voltage excitation and adjustable
translator card.
Communication
Internet communication will be supplied using a Sierra wireless GX440 cellular modem. The
modem has a built in WiFi router, which will be utilized to communicate with the data logger
from a laptop computer. Since the data logger does not have an Ethernet connection, the
modem will be connected serially to the data logger and incoming TCP traffic on port 6785 will
be forwarded to the serial port of the modem. The operating temperature range of the modem is
-30°C to 70°C.
4.0 Evaluation Period
Routine Operation
During the weekly site operator visit, the following tasks will be completed:
Replace the filter pack and complete the SSRF
Inspect and wipe clean the solar panel - accumulated dust can reduce output
Verify communications are working
Data Review
During the evaluation period, daily data review will be performed using the standard CASTNET
procedures for flow rate and temperature. In addition, the data logger battery voltage, which is a
direct measurement for the AGM battery voltage, will be reviewed for stability and consistency
with solar output and wind output. Battery depth of discharge will be calculated as Amp hours
deficit (watts generated - watts used) / 79 Amp hour capacity.
Evaluation Period Criteria
The evaluation period will be considered successful if data completeness is greater than
95 percent during the period, the flow rate maintains the nominal flow rate during valid hours,
and the charging system is able to maintain operation without the depth of discharge of the
battery falling below 50 percent.
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Small Footprint SolarAA/ind-Powered CASTNET System
Figure B-1. Schematic of Energy System
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Small Footprint SolarAA/ind-Powered CASTNET System
Appendix C
Test Data
Appendix C
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Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/2/2014 11:00
13.46
0.351
30.98
3.034
0
9/2/2014 12:00
13.47
1.5
31.67
1.462
0
9/2/2014 13:00
13.26
1.5
32.19
1.052
0
9/2/2014 14:00
13.54
1.5
31.58
0.894
0.001
9/2/2014 15:00
13.48
1.5
31.54
0.822
0
9/2/2014 16:00
13.31
1.5
33.12
0.855
0
9/2/2014 17:00
12.48
1.5
31.1
0.828
0
9/2/2014 18:00
12.45
1.501
28.41
0.23
0.007
9/2/2014 19:00
12.52
1.501
26.5
0
0
9/2/2014 20:00
12.35
1.501
25.25
-0.01
0
9/2/2014 21:00
12.43
1.501
24.77
-0.01
0
9/2/2014 22:00
12.39
1.501
24.55
-0.01
0
9/2/2014 23:00
12.42
1.501
24.3
-0.01
0
9/3/2014 0:00
12.27
1.501
24.38
-0.01
0
9/3/2014 1:00
12.22
1.501
24.43
-0.01
0
9/3/2014 2:00
12.4
1.501
24.16
-0.01
0
9/3/2014 3:00
12.26
1.501
23.9
-0.01
0
9/3/2014 4:00
12.19
1.501
23.55
-0.01
0
9/3/2014 5:00
12.19
1.501
23.43
-0.01
0
9/3/2014 6:00
12.12
1.501
23.34
-0.009
0
9/3/2014 7:00
12.39
1.501
23.78
0.229
0
9/3/2014 8:00
12.95
1.501
25.7
2.337
0
9/3/2014 9:00
13.37
1.5
27.54
4.56
0
9/3/2014 10:00
13.21
1.5
28.85
3.278
0
9/3/2014 11:00
13.26
1.5
30.17
2.446
0
9/3/2014 12:00
13.39
1.5
31.1
1.742
0
9/3/2014 13:00
13.27
1.5
31.23
1.279
0
9/3/2014 14:00
13.31
1.501
26.46
0.911
0
9/3/2014 15:00
13.4
1.5
29.17
0.827
0
9/3/2014 16:00
13.5
1.5
31.34
0.833
0.002
9/3/2014 17:00
13.35
1.501
28.63
0.808
0.011
9/3/2014 18:00
12.51
1.501
27.56
0.649
0
9/3/2014 19:00
12.32
1.501
26.08
0.158
0
9/3/2014 20:00
12.51
1.501
24.84
-0.01
0
9/3/2014 21:00
12.45
1.501
24.59
-0.01
0
C-1
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/3/2014 22:00
12.27
1.501
24.41
-0.01
0
9/3/2014 23:00
12.44
1.501
24.12
-0.01
0
9/4/2014 0:00
12.47
1.501
23.87
-0.01
0
9/4/2014 1:00
12.37
1.501
23.47
-0.01
0
9/4/2014 2:00
12.22
1.501
23.04
-0.01
0
9/4/2014 3:00
12.27
1.501
22.94
-0.01
0
9/4/2014 4:00
12.4
1.501
22.64
-0.01
0
9/4/2014 5:00
12.18
1.5
22.49
-0.01
0
9/4/2014 6:00
12.36
1.501
22.27
-0.009
0
9/4/2014 7:00
12.17
1.501
22.7
0.15
0
9/4/2014 8:00
13.12
1.501
25.46
2.608
0
9/4/2014 9:00
13.41
1.5
27.46
4.624
0
9/4/2014 10:00
13.39
1.5
28.12
2.913
0
9/4/2014 11:00
13.5
1.5
29.26
2.062
0
9/4/2014 12:00
13.51
1.5
30.26
1.492
0
9/4/2014 13:00
13.46
1.5
31.19
1.112
0
9/4/2014 14:00
13.43
1.5
31.47
0.92
0
9/4/2014 15:00
13.5
1.5
32.48
0.865
0
9/4/2014 16:00
13.48
1.5
30.59
0.844
0.02
9/4/2014 17:00
13.45
1.501
27.91
0.819
0
9/4/2014 18:00
12.48
1.501
28.32
0.532
0
9/4/2014 19:00
12.57
1.501
27.23
0.03
0
9/4/2014 20:00
12.4
1.501
25.93
-0.01
0
9/4/2014 21:00
12.52
1.501
24.99
-0.01
0
9/4/2014 22:00
12.51
1.501
24.36
-0.01
0
9/4/2014 23:00
12.46
1.501
24.01
-0.01
0
9/5/2014 0:00
12.46
1.501
23.64
-0.01
0
9/5/2014 1:00
12.46
1.501
23.46
-0.01
0
9/5/2014 2:00
12.45
1.501
23.09
-0.01
0
9/5/2014 3:00
12.4
1.501
22.97
-0.01
0
9/5/2014 4:00
12.35
1.501
22.59
-0.01
0
9/5/2014 5:00
12.22
1.501
22.38
-0.01
0
9/5/2014 6:00
12.25
1.501
22.3
-0.01
0
9/5/2014 7:00
12.29
1.501
22.5
0.122
0
9/5/2014 8:00
13.11
1.5
25.28
2.315
0
C-2
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/5/2014 9:00
13.4
1.5
27.32
4.637
0
9/5/2014 10:00
13.35
1.501
28.85
3.196
0
9/5/2014 11:00
13.44
1.5
29.94
2.324
0
9/5/2014 12:00
13.51
1.5
30.91
1.625
0.001
9/5/2014 13:00
12.83
1.5
31.19
1.177
0
9/5/2014 14:00
13.51
1.501
24.84
0.908
0.047
9/5/2014 15:00
12.65
1.501
24.5
0.587
0
9/5/2014 16:00
12.54
1.501
23.91
0.486
0
9/5/2014 17:00
12.61
1.501
23.93
0.429
0
9/5/2014 18:00
12.56
1.501
23.9
0.315
0
9/5/2014 19:00
12.54
1.501
23.94
0.046
0
9/5/2014 20:00
12.51
1.501
23.92
-0.01
0
9/5/2014 21:00
12.5
1.501
23.98
-0.01
0
9/5/2014 22:00
12.48
1.501
23.96
-0.01
0
9/5/2014 23:00
12.25
1.501
23.85
-0.01
0
9/6/2014 0:00
12.37
1.501
23.67
-0.01
0
9/6/2014 1:00
12.38
1.5
23.46
-0.01
0
9/6/2014 2:00
12.17
1.499
23.36
-0.01
0
9/6/2014 3:00
12.37
1.501
23.33
-0.01
0
9/6/2014 4:00
12.29
1.5
23.27
-0.01
0
9/6/2014 5:00
12.17
1.501
23.23
-0.01
0
9/6/2014 6:00
12.36
1.5
23.21
-0.01
0
9/6/2014 7:00
12.19
1.5
23.25
0.267
0
9/6/2014 8:00
12.14
1.501
23.4
0.356
0
9/6/2014 9:00
12.51
1.501
23.51
0.618
0
9/6/2014 10:00
12.51
1.5
23.77
0.997
0
9/6/2014 11:00
12.56
1.5
23.83
0.736
0
9/6/2014 12:00
12.87
1.501
23.76
1.464
0
9/6/2014 13:00
13
1.501
23.78
2.783
0
9/6/2014 14:00
13.38
1.501
24.08
3.765
0
9/6/2014 15:00
13.35
1.5
24.84
3.379
0
9/6/2014 16:00
13.29
1.501
25.76
2.278
0
9/6/2014 17:00
13.47
1.501
26.18
1.738
0
9/6/2014 18:00
12.56
1.501
25.72
0.843
0
9/6/2014 19:00
12.55
1.501
24.93
0.129
0
C-3
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/6/2014 20:00
12.57
1.501
24.33
-0.01
0
9/6/2014 21:00
12.52
1.501
24.32
-0.01
0
9/6/2014 22:00
12.54
1.501
24.11
-0.01
0
9/6/2014 23:00
12.4
1.501
23.57
-0.01
0
9/7/2014 0:00
12.38
1.501
23.55
-0.01
0
9/7/2014 1:00
12.4
1.501
23.59
-0.01
0
9/7/2014 2:00
12.43
1.501
23.55
-0.01
0
9/7/2014 3:00
12.42
1.501
23.54
-0.01
0
9/7/2014 4:00
12.34
1.501
23.3
-0.01
0
9/7/2014 5:00
12.37
1.501
23.3
-0.01
0
9/7/2014 6:00
12.35
1.501
23.27
-0.01
0
9/7/2014 7:00
12.42
1.501
23.13
0.23
0
9/7/2014 8:00
12.9
1.501
24.22
1.599
0
9/7/2014 9:00
13
1.501
26.06
3.24
0
9/7/2014 10:00
13.02
1.501
25.94
1.46
0
9/7/2014 11:00
13.35
1.501
25.45
3.268
0.001
9/7/2014 12:00
13.43
1.501
25.9
2.463
0.003
9/7/2014 13:00
13.46
1.501
26.82
1.783
0
9/7/2014 14:00
13.27
1.5
27.9
1.379
0
9/7/2014 15:00
13.21
1.5
28.94
1.161
0
9/7/2014 16:00
13.26
1.5
29.78
1.029
0
9/7/2014 17:00
12.73
1.501
29.06
0.935
0.01
9/7/2014 18:00
12.5
1.501
24.11
0.863
0.031
9/7/2014 19:00
12.54
1.501
24.39
0.062
0
9/7/2014 20:00
12.5
1.501
23.7
-0.01
0
9/7/2014 21:00
12.29
1.501
23.06
-0.01
0
9/7/2014 22:00
12.52
1.501
22.8
-0.01
0
9/7/2014 23:00
12.49
1.501
23
-0.01
0
9/8/2014 0:00
12.46
1.501
23.27
-0.01
0
9/8/2014 1:00
12.42
1.501
23.45
-0.01
0
9/8/2014 2:00
12.27
1.501
23.44
-0.01
0
9/8/2014 3:00
12.39
1.5
23.34
-0.01
0
9/8/2014 4:00
12.2
1.501
23.26
-0.01
0
9/8/2014 5:00
12.18
1.5
23.04
-0.01
0
9/8/2014 6:00
12.37
1.5
22.75
-0.01
0
C-4
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/8/2014 7:00
12.19
1.5
22.67
0.279
0
9/8/2014 8:00
12.78
1.5
23.15
0.997
0
9/8/2014 9:00
13.16
1.5
24.97
4.143
0
9/8/2014 10:00
13.47
1.5
27.03
3.48
0.001
9/8/2014 11:00
13.38
1.5
28.24
2.409
0.004
9/8/2014 12:00
13.5
1.5
29.18
1.732
0.005
9/8/2014 13:00
13.54
1.501
30.12
1.232
0.015
9/8/2014 14:00
13.45
1.5
30.9
0.972
0.029
9/8/2014 15:00
13.38
1.5
30.51
0.884
0.032
9/8/2014 16:00
13.35
1.5
29.73
0.85
0.026
9/8/2014 17:00
13.43
1.501
28.73
0.857
0
9/8/2014 18:00
12.57
1.501
28.03
0.683
0
9/8/2014 19:00
12.4
1.501
26.85
0.1
0
9/8/2014 20:00
12.55
1.501
25.69
-0.01
0
9/8/2014 21:00
12.51
1.501
25.48
-0.01
0
9/8/2014 22:00
12.5
1.501
25.22
-0.01
0
9/8/2014 23:00
12.4
1.501
24.76
-0.01
0
9/9/2014 0:00
12.26
1.501
24.43
-0.01
0
9/9/2014 1:00
12.32
1.501
24.09
-0.01
0
9/9/2014 2:00
12.23
1.501
23.5
-0.01
0
9/9/2014 3:00
12.35
1.501
23.44
-0.01
0
9/9/2014 4:00
12.34
1.501
23.43
-0.01
0
9/9/2014 5:00
12.33
1.501
23.49
-0.01
0
9/9/2014 6:00
12.27
1.501
23.5
-0.01
0
9/9/2014 7:00
12.27
1.501
23.64
0.291
0
9/9/2014 8:00
12.89
1.5
24.96
2.232
0
9/9/2014 9:00
13.18
1.501
26.92
3.838
0
9/9/2014 10:00
13.13
1.501
28.23
3.635
0
9/9/2014 11:00
13.34
1.5
28.82
2.306
0
9/9/2014 12:00
13.39
1.5
30.03
1.648
0
9/9/2014 13:00
13.23
1.5
30.99
1.19
0
9/9/2014 14:00
13.33
1.5
29.75
0.999
0.008
9/9/2014 15:00
12.72
1.501
24.69
0.852
0
9/9/2014 16:00
12.38
1.501
23.51
0.049
0.001
9/9/2014 17:00
12.48
1.501
22.82
0.043
0
C-5
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/9/2014 18:00
12.38
1.501
22.76
0.123
0
9/9/2014 19:00
12.46
1.501
22.92
0.015
0
9/9/2014 20:00
12.45
1.501
22.96
-0.01
0
9/9/2014 21:00
12.46
1.501
22.93
-0.01
0
9/9/2014 22:00
12.23
1.5
22.84
-0.01
0
9/9/2014 23:00
12.21
1.501
22.78
-0.01
0
9/10/2014 0:00
12.32
1.5
22.61
-0.01
0
9/10/2014 1:00
12.38
1.5
22.47
-0.01
0
9/10/2014 2:00
12.13
1.5
22.39
-0.01
0
9/10/2014 3:00
12.29
1.5
22.29
-0.01
0
9/10/2014 4:00
12.17
1.5
22.27
-0.01
0
9/10/2014 5:00
12.14
1.5
22.35
-0.01
0
9/10/2014 6:00
12.24
1.5
22.25
-0.01
0
9/10/2014 7:00
12.21
1.501
22.41
0.173
0
9/10/2014 8:00
12.86
1.5
24.72
2.498
0
9/10/2014 9:00
13.25
1.501
26.78
5.181
0
9/10/2014 10:00
13.44
1.5
28.25
3.66
0.001
9/10/2014 11:00
13.28
1.5
29.22
2.465
0.002
9/10/2014 12:00
13.49
1.5
30.14
1.73
0
9/10/2014 13:00
13.5
1.5
31.11
1.223
0
9/10/2014 14:00
13.29
1.5
31.79
0.986
0
9/10/2014 15:00
13.51
1.5
32.16
0.888
0
9/10/2014 16:00
13.57
1.5
31.89
0.867
0
9/10/2014 17:00
13.33
1.5
31.6
0.847
0.006
9/10/2014 18:00
12.61
1.501
29.56
0.754
0.016
9/10/2014 19:00
12.56
1.501
28.26
0.117
0
9/10/2014 20:00
12.37
1.501
27.24
-0.01
0
9/10/2014 21:00
12.51
1.501
26.9
-0.01
0
9/10/2014 22:00
12.34
1.501
26.37
-0.01
0
9/10/2014 23:00
12.41
1.501
25.72
-0.01
0
9/11/2014 0:00
12.44
1.501
25.04
-0.01
0
9/11/2014 1:00
12.32
1.501
24.46
-0.01
0
9/11/2014 2:00
12.2
1.501
23.96
-0.01
0
9/11/2014 3:00
12.46
1.501
23.59
-0.01
0
9/11/2014 4:00
12.22
1.501
23.39
-0.01
0
C-6
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/11/2014 5:00
12.4
1.501
22.99
-0.01
0
9/11/2014 6:00
12.18
1.501
22.68
-0.01
0
9/11/2014 7:00
12.15
1.501
22.95
0.192
0
9/11/2014 8:00
13.06
1.501
26.76
2.432
0
9/11/2014 9:00
13.12
1.5
28.4
4.732
0
9/11/2014 10:00
13.44
1.5
29.43
2.98
0
9/11/2014 11:00
13.2
1.5
30.12
2.135
0
9/11/2014 12:00
13.48
1.5
31.22
1.456
0
9/11/2014 13:00
13.43
1.5
31.58
1.077
0
9/11/2014 14:00
13.49
1.5
32.61
0.917
0.001
9/11/2014 15:00
13.45
1.5
32.98
0.869
0
9/11/2014 16:00
13.48
1.5
30.63
0.82
0.041
9/11/2014 17:00
13
1.501
27.43
0.825
0.017
9/11/2014 18:00
12.6
1.501
25.94
0.564
0
9/11/2014 19:00
12.44
1.501
26.26
0.112
0
9/11/2014 20:00
12.47
1.501
25.6
-0.01
0
9/11/2014 21:00
12.46
1.501
24.98
-0.01
0
9/11/2014 22:00
12.43
1.501
24.07
-0.01
0
9/11/2014 23:00
12.43
1.501
23.6
-0.01
0
9/12/2014 0:00
12.45
1.501
23.32
-0.01
0
9/12/2014 1:00
12.2
1.501
22.99
-0.01
0
9/12/2014 2:00
12.23
1.501
22.62
-0.01
0
9/12/2014 3:00
12.42
1.501
22.41
-0.01
0
9/12/2014 4:00
12.35
1.501
22.28
-0.01
0
9/12/2014 5:00
12.37
1.5
22.12
-0.01
0
9/12/2014 6:00
12.3
1.5
21.97
-0.01
0
9/12/2014 7:00
12.44
1.501
22.46
0.302
0
9/12/2014 8:00
13.11
1.5
24.54
2.347
0
9/12/2014 9:00
13.28
1.5
27.19
4.499
0
9/12/2014 10:00
13.32
1.5
29.37
3.152
0
9/12/2014 11:00
13.43
1.5
30.52
2.145
0.012
9/12/2014 12:00
13.27
1.5
31.22
1.487
0.007
9/12/2014 13:00
13.23
1.5
32.33
1.087
0
9/12/2014 14:00
13.29
1.5
32.93
0.92
0.001
9/12/2014 15:00
13.43
1.5
33.14
0.898
0.003
C-7
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/12/2014 16:00
13.49
1.5
29.8
0.814
0.015
9/12/2014 17:00
13.52
1.5
31.34
0.817
0
9/12/2014 18:00
12.58
1.501
31.11
0.784
0.001
9/12/2014 19:00
12.6
1.501
28.93
0.097
0
9/12/2014 20:00
12.38
1.501
27.7
-0.01
0
9/12/2014 21:00
12.33
1.501
26.68
-0.01
0
9/12/2014 22:00
12.38
1.501
26.01
-0.01
0
9/12/2014 23:00
12.28
1.501
25.27
-0.01
0
9/13/2014 0:00
12.33
1.501
24.97
-0.01
0
9/13/2014 1:00
12.26
1.501
24.57
-0.01
0
9/13/2014 2:00
12.39
1.501
24.09
-0.01
0
9/13/2014 3:00
12.42
1.501
23.82
-0.01
0
9/13/2014 4:00
12.17
1.501
23.55
-0.01
0
9/13/2014 5:00
12.36
1.501
23.83
-0.01
0
9/13/2014 6:00
12.36
1.501
23.65
-0.01
0
9/13/2014 7:00
12.27
1.5
23.92
0.163
0
9/13/2014 8:00
13.09
1.501
26.22
2.54
0
9/13/2014 9:00
13.39
1.5
27.64
4.521
0
9/13/2014 10:00
13.39
1.5
29.03
2.949
0.003
9/13/2014 11:00
13.3
1.5
29.9
2.004
0.002
9/13/2014 12:00
13.3
1.5
31
1.438
0
9/13/2014 13:00
13.43
1.5
31.7
1.064
0
9/13/2014 14:00
13.46
1.5
32.29
0.913
0
9/13/2014 15:00
13.37
1.5
32.37
0.85
0
9/13/2014 16:00
13.33
1.5
32.6
0.838
0
9/13/2014 17:00
13.47
1.5
32.8
0.842
0
9/13/2014 18:00
12.56
1.5
32.22
0.847
0
9/13/2014 19:00
12.34
1.501
29.73
0.135
0.002
9/13/2014 20:00
12.56
1.501
28.09
-0.013
0
9/13/2014 21:00
12.53
1.501
26.99
-0.01
0
9/13/2014 22:00
12.26
1.501
25.64
-0.01
0
9/13/2014 23:00
12.42
1.501
24.84
-0.01
0
9/14/2014 0:00
12.33
1.501
24.75
-0.01
0
9/14/2014 1:00
12.19
1.501
24.7
-0.01
0
9/14/2014 2:00
12.4
1.501
24.65
-0.01
0
C-8
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/14/2014 3:00
12.37
1.501
24.15
-0.01
0
9/14/2014 4:00
12.38
1.501
23.91
-0.01
0
9/14/2014 5:00
12.2
1.501
23.61
-0.01
0
9/14/2014 6:00
12.11
1.501
23.19
-0.01
0
9/14/2014 7:00
12.2
1.501
23.05
0.135
0
9/14/2014 8:00
12.92
1.501
26.27
2.55
0
9/14/2014 9:00
13.22
1.5
27.49
4.658
0
9/14/2014 10:00
13.31
1.5
28.94
3.034
0
9/14/2014 11:00
13.34
1.5
30.07
2.044
0
9/14/2014 12:00
13.47
1.5
30.88
1.425
0
9/14/2014 13:00
13.49
1.5
31.17
1.047
0.001
9/14/2014 14:00
13.29
1.5
31.78
0.881
0.002
9/14/2014 15:00
13.33
1.5
32.37
0.85
0.001
9/14/2014 16:00
13.51
1.5
32.23
0.828
0
9/14/2014 17:00
13.43
1.5
32.34
0.833
0
9/14/2014 18:00
12.62
1.5
31.62
0.857
0
9/14/2014 19:00
12.38
1.501
29.37
0.298
0
9/14/2014 20:00
12.37
1.501
27.76
-0.012
0
9/14/2014 21:00
12.45
1.501
27.47
-0.01
0
9/14/2014 22:00
12.31
1.501
26.87
-0.01
0
9/14/2014 23:00
12.47
1.501
26.17
-0.01
0
9/15/2014 0:00
12.49
1.501
25.29
-0.01
0
9/15/2014 1:00
12.3
1.501
24.5
-0.01
0
9/15/2014 2:00
12.45
1.501
24.16
-0.01
0
9/15/2014 3:00
12.41
1.501
23.69
-0.01
0
9/15/2014 4:00
12.3
1.501
23.36
-0.01
0
9/15/2014 5:00
12.29
1.501
23.17
-0.01
0
9/15/2014 6:00
12.37
1.501
22.79
-0.01
0
9/15/2014 7:00
12.32
1.501
22.86
0.165
0
9/15/2014 8:00
13.06
1.501
24.61
2.412
0
9/15/2014 9:00
13.33
1.5
27.29
4.468
0
9/15/2014 10:00
13.31
1.5
28.73
3.104
0
9/15/2014 11:00
13.48
1.5
30.03
2.103
0
9/15/2014 12:00
13.22
1.5
30.88
1.491
0
9/15/2014 13:00
13.39
1.5
28.98
1.028
0
C-9
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/15/2014 14:00
13.49
1.5
30.28
0.877
0.025
9/15/2014 15:00
13.26
1.501
29.77
0.809
0.113
9/15/2014 16:00
13.25
1.5
27.69
0.788
0.033
9/15/2014 17:00
13.49
1.501
26.91
0.809
0.001
9/15/2014 18:00
12.45
1.501
26.57
0.669
0
9/15/2014 19:00
12.42
1.501
25.69
0.117
0
9/15/2014 20:00
12.31
1.501
25.24
-0.01
0
9/15/2014 21:00
12.45
1.501
25.09
-0.01
0
9/15/2014 22:00
12.42
1.501
24.61
-0.01
0
9/15/2014 23:00
12.4
1.501
24.48
-0.01
0
9/16/2014 0:00
12.43
1.501
24.19
-0.01
0
9/16/2014 1:00
12.37
1.501
24.24
-0.01
0
9/16/2014 2:00
12.42
1.501
24.24
-0.01
0
9/16/2014 3:00
12.38
1.501
24.2
-0.01
0
9/16/2014 4:00
12.26
1.501
24.06
-0.01
0.005
9/16/2014 5:00
12.35
1.501
23.33
-0.01
0
9/16/2014 6:00
12.34
1.501
23.13
-0.01
0
9/16/2014 7:00
12.41
1.501
23.06
0.113
0
9/16/2014 8:00
12.62
1.501
24.17
2.145
0
9/16/2014 9:00
12.83
1.501
24.91
1.572
0
9/16/2014 10:00
12.57
1.501
24.99
0.79
0
9/16/2014 11:00
12.62
1.501
25.03
0.68
0
9/16/2014 12:00
12.69
1.501
24.82
0.881
0.001
9/16/2014 13:00
12.8
1.501
23.8
1.131
0
9/16/2014 14:00
13.12
1.501
23.51
1.98
0
9/16/2014 14:00
13.12
1.501
23.51
1.98
0
9/16/2014 15:00
13.16
1.5
24.46
3.566
0.004
9/16/2014 16:00
13.25
1.5
25.01
2.622
0.002
9/16/2014 17:00
12.84
1.501
25.18
1.393
0
9/16/2014 18:00
12.38
1.501
24.8
0.226
0.007
9/16/2014 19:00
12.35
1.5
23.29
-0.008
0.004
9/16/2014 20:00
12.5
1.5
22.62
-0.01
0
9/16/2014 21:00
12.46
1.501
22.44
-0.01
0
9/16/2014 22:00
12.26
1.501
22.44
-0.01
0
9/16/2014 23:00
12.32
1.5
22.36
-0.01
0
C-10
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/17/2014 0:00
12.39
1.5
22.36
-0.01
0
9/17/2014 1:00
12.3
1.5
22.21
-0.01
0
9/17/2014 2:00
12.33
1.501
22.2
-0.01
0
9/17/2014 3:00
12.37
1.5
22.23
-0.01
0
9/17/2014 4:00
12.27
1.5
22.36
-0.01
0
9/17/2014 5:00
12.32
1.501
22.1
-0.01
0
9/17/2014 6:00
12.12
1.5
21.89
-0.01
0
9/17/2014 7:00
12.21
1.501
22.05
0.161
0
9/17/2014 8:00
12.54
1.501
23.96
2.459
0
9/17/2014 9:00
13.04
1.5
25.6
4.596
0
9/17/2014 10:00
13.49
1.5
26.84
3.49
0
9/17/2014 11:00
13.5
1.5
27.55
2.489
0
9/17/2014 12:00
13.48
1.501
27.6
1.798
0
9/17/2014 13:00
13.55
1.5
27.83
1.362
0
9/17/2014 14:00
13.52
1.5
28.72
1.159
0
9/17/2014 15:00
13.32
1.5
29.52
0.992
0
9/17/2014 16:00
13.48
1.5
30.38
0.882
0.001
9/17/2014 17:00
13.32
1.5
30.37
0.841
0.001
9/17/2014 18:00
12.52
1.501
29.33
0.722
0
9/17/2014 19:00
12.47
1.501
26.92
0.108
0
9/17/2014 20:00
12.5
1.501
25.41
-0.01
0
9/17/2014 21:00
12.46
1.501
24.82
-0.01
0
9/17/2014 22:00
12.34
1.501
24.93
-0.01
0
9/17/2014 23:00
12.28
1.501
24.2
-0.01
0
9/18/2014 0:00
12.48
1.501
23.53
-0.01
0
9/18/2014 1:00
12.42
1.501
23.03
-0.01
0
9/18/2014 2:00
12.27
1.501
22.68
-0.01
0
9/18/2014 3:00
12.33
1.501
22.42
-0.01
0
9/18/2014 4:00
12.41
1.501
22.04
-0.01
0
9/18/2014 5:00
12.31
1.501
21.73
-0.01
0
9/18/2014 6:00
12.31
1.501
21.54
-0.01
0
9/18/2014 7:00
12.16
1.501
21.46
0.178
0
9/18/2014 8:00
12.87
1.501
23.11
1.493
0
9/18/2014 9:00
13.24
1.501
26.28
4.814
0
9/18/2014 10:00
13.49
1.5
28.33
3.299
0
C-11
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(Wc
9/18/2014 11:00
13.43
1.5
29.47
2.195
0
9/18/2014 12:00
13.53
1.5
30.59
1.571
0
9/18/2014 13:00
13.48
1.5
31.82
1.157
0
9/18/2014 14:00
13.52
1.5
32.36
0.963
0
9/18/2014 15:00
13.32
1.5
32.67
0.879
0
9/18/2014 16:00
13.42
1.501
32.39
0.855
0
9/18/2014 17:00
13.36
1.5
31.81
0.838
0
9/18/2014 18:00
12.45
1.501
30.21
0.813
0
9/18/2014 19:00
12.49
1.501
27.87
0.206
0
9/18/2014 20:00
12.54
1.501
27.15
-0.01
0
9/18/2014 21:00
12.53
1.501
26.28
-0.01
0
9/18/2014 22:00
12.32
1.501
24.83
-0.01
0
9/18/2014 23:00
12.48
1.501
23.89
-0.01
0
9/19/2014 0:00
12.24
1.501
22.98
-0.01
0
9/19/2014 1:00
12.23
1.501
22.41
-0.01
0
9/19/2014 2:00
12.23
1.501
21.97
-0.01
0
9/19/2014 3:00
12.4
1.501
21.47
-0.01
0
9/19/2014 4:00
12.26
1.501
21.51
-0.01
0
9/19/2014 5:00
12.36
1.501
21.87
-0.01
0
9/19/2014 6:00
12.14
1.501
22.21
-0.01
0
9/19/2014 7:00
12.21
1.5
22.46
0.091
0
9/19/2014 8:00
12.48
1.501
23.19
0.64
0
9/19/2014 9:00
12.77
1.501
24.73
1.669
0
9/19/2014 10:00
12.83
1.501
25.63
1.64
0
9/19/2014 11:00
12.72
1.501
26.21
1.642
0
9/19/2014 12:00
12.78
1.501
26.21
1.434
0
9/19/2014 13:00
13.15
1.501
26.32
2.534
0
9/19/2014 14:00
13.45
1.501
26.73
3.143
0
9/19/2014 15:00
13.2
1.501
27.29
2.4
0
9/19/2014 16:00
13.46
1.501
27.4
1.648
0
9/19/2014 17:00
12.61
1.501
26.49
1.113
0
9/19/2014 18:00
12.33
1.501
24.47
0.296
0
9/19/2014 19:00
12.45
1.501
23.25
0.009
0
9/19/2014 20:00
12.54
1.5
22.92
-0.01
0
9/19/2014 21:00
12.52
1.5
22.73
-0.01
0
C-12
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/19/2014 22:00
12.48
1.501
22.55
-0.01
0
9/19/2014 23:00
12.31
1.501
22.45
-0.01
0
9/20/2014 0:00
12.35
1.501
22.4
-0.01
0
9/20/2014 1:00
12.38
1.501
22.5
-0.01
0
9/20/2014 2:00
12.32
1.501
22.25
-0.01
0
9/20/2014 3:00
12.4
1.501
22.05
-0.01
0
9/20/2014 4:00
12.38
1.501
21.6
-0.01
0
9/20/2014 5:00
12.36
1.501
21.32
-0.01
0
9/20/2014 6:00
12.32
1.501
21.17
-0.01
0
9/20/2014 7:00
12.17
1.5
21.08
0.043
0
9/20/2014 8:00
12.39
1.501
21.42
0.461
0
9/20/2014 9:00
12.92
1.501
22.28
2.777
0.004
9/20/2014 10:00
13.36
1.501
23.76
4.449
0.011
9/20/2014 11:00
13.44
1.501
25.54
3.339
0.012
9/20/2014 12:00
13.33
1.5
27.52
2.228
0.015
9/20/2014 13:00
13.47
1.5
27.81
1.546
0.034
9/20/2014 14:00
13.35
1.501
27.74
1.169
0.004
9/20/2014 15:00
13.56
1.501
26.98
0.988
0.049
9/20/2014 16:00
13.48
1.501
24.77
0.889
0.016
9/20/2014 17:00
13.5
1.501
25.78
0.833
0.014
9/20/2014 18:00
12.65
1.501
25.32
0.778
0.001
9/20/2014 19:00
12.52
1.501
24.24
0.065
0
9/20/2014 20:00
12.55
1.501
23.28
-0.01
0
9/20/2014 21:00
12.39
1.5
22.68
-0.01
0
9/20/2014 22:00
12.34
1.501
22.05
-0.01
0
9/20/2014 23:00
12.35
1.501
21.62
-0.01
0
9/21/2014 0:00
12.28
1.501
21.23
-0.01
0
9/21/2014 1:00
12.37
1.501
20.97
-0.01
0
9/21/2014 2:00
12.23
1.501
20.57
-0.01
0
9/21/2014 3:00
12.18
1.501
20.09
-0.01
0
9/21/2014 4:00
12.18
1.501
19.8
-0.01
0
9/21/2014 5:00
12.27
1.501
19.47
-0.01
0
9/21/2014 6:00
12.22
1.501
19.07
-0.01
0
9/21/2014 7:00
12.18
1.501
19
0.124
0
9/21/2014 8:00
13.18
1.501
22.37
2.335
0
C-13
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/21/2014 9:00
13.48
1.501
24.29
4.746
0
9/21/2014 10:00
13.37
1.501
26.2
2.985
0.001
9/21/2014 11:00
13.42
1.501
27.76
1.966
0.002
9/21/2014 12:00
13.33
1.5
28.55
1.361
0
9/21/2014 13:00
13.37
1.501
29.26
1.043
0
9/21/2014 14:00
13.59
1.5
30.08
0.918
0
9/21/2014 15:00
13.32
1.501
30.81
0.876
0
9/21/2014 16:00
13.54
1.501
29.79
0.862
0
9/21/2014 17:00
13.57
1.501
29.18
0.847
0
9/21/2014 18:00
12.51
1.501
28.89
0.711
0
9/21/2014 19:00
12.5
1.501
25.63
0.069
0
9/21/2014 20:00
12.58
1.501
23.96
-0.01
0
9/21/2014 21:00
12.36
1.501
22.92
-0.01
0
9/21/2014 22:00
12.25
1.501
22.18
-0.01
0
9/21/2014 23:00
12.49
1.501
21.38
-0.01
0
9/22/2014 0:00
12.49
1.501
20.77
-0.01
0
9/22/2014 1:00
12.25
1.501
20.48
-0.01
0
9/22/2014 2:00
12.25
1.501
20.23
-0.01
0
9/22/2014 3:00
12.38
1.501
20.05
-0.01
0
9/22/2014 4:00
12.38
1.501
19.91
-0.01
0
9/22/2014 5:00
12.18
1.501
19.63
-0.01
0
9/22/2014 6:00
12.28
1.501
19.72
-0.01
0
9/22/2014 7:00
12.15
1.5
19.87
0.142
0
9/22/2014 8:00
13.15
1.501
22.48
2.143
0
9/22/2014 9:00
13.48
1.501
25.72
4.808
0
9/22/2014 10:00
13.5
1.5
27.4
3.413
0
9/22/2014 11:00
13.41
1.5
28.99
2.12
0
9/22/2014 12:00
13.42
1.501
29.16
1.404
0
9/22/2014 13:00
13.42
1.5
28.62
1.027
0.001
9/22/2014 14:00
13.34
1.501
29.43
0.911
0.001
9/22/2014 15:00
13.35
1.501
29.22
0.835
0
9/22/2014 16:00
13.59
1.501
28.15
0.829
0
9/22/2014 17:00
12.61
1.501
26.42
0.686
0.002
9/22/2014 18:00
12.48
1.501
22.98
0.048
0.006
9/22/2014 19:00
12.38
1.501
22.68
0.022
0.001
C-14
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/22/2014 20:00
12.51
1.501
22.56
-0.01
0
9/22/2014 21:00
12.49
1.501
22.66
-0.01
0
9/22/2014 22:00
12.3
1.501
22.74
-0.01
0
9/22/2014 23:00
12.42
1.501
22.57
-0.01
0
9/23/2014 0:00
12.36
1.501
22.29
-0.01
0
9/23/2014 1:00
12.35
1.501
22.08
-0.01
0
9/23/2014 2:00
12.27
1.5
21.94
-0.01
0
9/23/2014 3:00
12.35
1.501
21.96
-0.01
0
9/23/2014 4:00
12.39
1.5
22.13
-0.01
0
9/23/2014 5:00
12.34
1.5
22.26
-0.01
0
9/23/2014 6:00
12.29
1.5
22.46
-0.01
0
9/23/2014 7:00
12.31
1.5
22.02
0.03
0
9/23/2014 8:00
12.32
1.501
21.86
0.212
0
9/23/2014 9:00
12.98
1.5
22.4
1.643
0
9/23/2014 10:00
12.86
1.5
23.04
2.89
0
9/23/2014 11:00
13.08
1.501
23.38
2.634
0
9/23/2014 12:00
13.12
1.501
23.23
2.196
0.008
9/23/2014 13:00
13.25
1.501
24.29
3.19
0.001
9/23/2014 14:00
13.51
1.501
24.36
1.793
0.007
9/23/2014 15:00
13.49
1.501
24.78
1.831
0.013
9/23/2014 16:00
13.28
1.501
24.82
1.31
0.008
9/23/2014 17:00
13.35
1.501
24.99
1.039
0.001
9/23/2014 18:00
12.54
1.501
25.86
0.806
0.003
9/23/2014 19:00
12.44
1.501
24.32
0.085
0.001
9/23/2014 20:00
12.39
1.501
23.1
-0.01
0.001
9/23/2014 21:00
12.3
1.501
22.08
-0.01
0
9/23/2014 22:00
12.26
1.501
21.58
-0.01
0
9/23/2014 23:00
12.46
1.501
21.47
-0.01
0
9/24/2014 0:00
12.33
1.501
21.66
-0.01
0.007
9/24/2014 1:00
12.21
1.501
21.39
-0.01
0.005
9/24/2014 2:00
12.25
1.501
20.92
-0.01
0.007
9/24/2014 3:00
12.36
1.501
20.44
-0.01
0.005
9/24/2014 4:00
12.38
1.501
20.47
-0.01
0.013
9/24/2014 5:00
12.37
1.501
20.29
-0.01
0.017
9/24/2014 6:00
12.15
1.5
19.97
-0.01
0.019
C-15
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/24/2014 7:00
12.33
1.501
19.54
0.041
0.025
9/24/2014 8:00
12.74
1.501
19.61
0.983
0.009
9/24/2014 9:00
13.23
1.5
20.11
3.006
0.01
9/24/2014 10:00
13.35
1.501
22.29
4.192
0.008
9/24/2014 11:00
13.43
1.501
23.13
2.592
0.01
9/24/2014 12:00
13.52
1.501
23.76
1.71
0.01
9/24/2014 13:00
13.62
1.501
23.87
1.223
0.008
9/24/2014 14:00
13.61
1.501
24.24
0.969
0.003
9/24/2014 15:00
13.61
1.501
25.15
0.882
0.003
9/24/2014 16:00
13.58
1.501
25.39
0.841
0.003
9/24/2014 17:00
13.63
1.501
25.36
0.82
0.003
9/24/2014 18:00
12.62
1.501
24.3
0.725
0.001
9/24/2014 19:00
12.59
1.501
23.08
0.045
0.003
9/24/2014 20:00
12.35
1.501
21.95
-0.01
0.007
9/24/2014 21:00
12.36
1.501
21.1
-0.01
0.002
9/24/2014 22:00
12.39
1.501
20.54
-0.01
0.003
9/24/2014 23:00
12.27
1.501
20.08
-0.01
0.006
9/25/2014 0:00
12.45
1.501
19.62
-0.01
0.005
9/25/2014 1:00
12.42
1.501
19.38
-0.01
0.001
9/25/2014 2:00
12.2
1.501
19.09
-0.01
0.002
9/25/2014 3:00
12.18
1.501
18.83
-0.01
0
9/25/2014 4:00
12.35
1.501
18.54
-0.01
0.002
9/25/2014 5:00
12.15
1.501
18.41
-0.01
0.001
9/25/2014 6:00
12.35
1.501
18.31
-0.01
0
9/25/2014 7:00
12.31
1.501
18.34
0.067
0.001
9/25/2014 8:00
12.69
1.501
18.78
0.846
0.001
9/25/2014 9:00
13.01
1.5
19.8
2.729
0.008
9/25/2014 10:00
13.09
1.501
20.39
2.516
0.007
9/25/2014 11:00
13.46
1.501
21.15
3.668
0.004
9/25/2014 12:00
13.61
1.501
21.94
2.38
0.002
9/25/2014 13:00
13.46
1.501
23.08
1.643
0
9/25/2014 14:00
13.5
1.501
24.04
1.198
0.001
9/25/2014 15:00
13.57
1.501
24.56
0.971
0.002
9/25/2014 16:00
13.47
1.501
25.37
0.873
0
9/25/2014 17:00
13.43
1.501
25.31
0.832
0
C-16
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/25/2014 18:00
12.63
1.501
24.59
0.509
0
9/25/2014 19:00
12.42
1.501
23.39
0.024
0
9/25/2014 20:00
12.54
1.501
22.46
-0.01
0
9/25/2014 21:00
12.52
1.501
21.74
-0.01
0
9/25/2014 22:00
12.44
1.501
21.41
-0.01
0
9/25/2014 23:00
12.31
1.501
20.93
-0.01
0
9/26/2014 0:00
12.43
1.501
20.57
-0.01
0
9/26/2014 1:00
12.21
1.501
20.12
-0.01
0
9/26/2014 2:00
12.41
1.501
19.74
-0.01
0
9/26/2014 3:00
12.42
1.501
19.54
-0.01
0
9/26/2014 4:00
12.28
1.501
19.42
-0.01
0
9/26/2014 5:00
12.34
1.501
19.39
-0.01
0
9/26/2014 6:00
12.16
1.501
19.74
-0.01
0
9/26/2014 7:00
12.34
1.501
20.01
0.106
0
9/26/2014 8:00
12.18
1.5
20.74
0.476
0
9/26/2014 9:00
12.95
1.501
21.76
1.463
0.003
9/26/2014 10:00
12.97
1.501
23.21
3.4
0.005
9/26/2014 11:00
13.11
1.501
24.69
4.167
0.004
9/26/2014 12:00
13.52
1.501
25.76
3.057
0.004
9/26/2014 13:00
13.56
1.501
26.44
1.849
0.003
9/26/2014 14:00
13.43
1.501
28.32
1.289
0.006
9/26/2014 15:00
13.35
1.501
28.93
1.012
0.01
9/26/2014 16:00
13.56
1.501
27.75
0.872
0.005
9/26/2014 17:00
13.55
1.501
27.73
0.86
0.02
9/26/2014 18:00
12.53
1.501
26.75
0.582
0.006
9/26/2014 19:00
12.56
1.501
25.42
0.029
0
9/26/2014 20:00
12.32
1.501
24.78
-0.01
0
9/26/2014 21:00
12.45
1.501
24.2
-0.01
0.001
9/26/2014 22:00
12.49
1.501
24.01
-0.01
0.001
9/26/2014 23:00
12.49
1.501
23.88
-0.01
0
9/27/2014 0:00
12.28
1.501
23.48
-0.01
0
9/27/2014 1:00
12.45
1.501
23.47
-0.01
0.001
9/27/2014 2:00
12.27
1.5
23.52
-0.01
0.001
9/27/2014 3:00
12.2
1.501
23.53
-0.01
0.001
9/27/2014 4:00
12.32
1.501
23.46
-0.01
0
C-17
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/27/2014 5:00
12.37
1.501
23.31
-0.01
0
9/27/2014 6:00
12.15
1.501
23.21
-0.01
0
9/27/2014 7:00
12.36
1.501
23.09
0.074
0
9/27/2014 8:00
12.35
1.501
23.19
0.628
0.001
9/27/2014 9:00
12.73
1.501
23.83
1.923
0.002
9/27/2014 10:00
12.98
1.501
24.82
2.417
0.001
9/27/2014 11:00
13.14
1.501
25.6
2.478
0.002
9/27/2014 12:00
13.33
1.501
27
3.951
0.012
9/27/2014 13:00
13.45
1.5
28.74
2.43
0.015
9/27/2014 14:00
13.12
1.501
29.44
1.523
0.009
9/27/2014 15:00
13.28
1.501
26.78
1.123
0.001
9/27/2014 16:00
12.66
1.501
27
0.922
0
9/27/2014 17:00
12.59
1.501
26.35
0.391
0.005
9/27/2014 18:00
12.31
1.501
23.89
0.001
0.002
9/27/2014 19:00
12.51
1.501
23.98
-0.008
0
9/27/2014 20:00
12.48
1.501
24.05
-0.01
0
9/27/2014 21:00
12.42
1.501
23.82
-0.01
0
9/27/2014 22:00
12.29
1.501
23.52
-0.01
0
9/27/2014 23:00
12.2
1.5
23.28
-0.01
0
9/28/2014 0:00
12.43
1.501
23.1
-0.01
0
9/28/2014 1:00
12.42
1.501
23.05
-0.01
0
9/28/2014 2:00
12.38
1.5
23.11
-0.01
0
9/28/2014 3:00
12.29
1.5
23.21
-0.01
0
9/28/2014 4:00
12.16
1.501
23.27
-0.01
0
9/28/2014 5:00
12.27
1.501
23.4
-0.01
0
9/28/2014 6:00
12.11
1.501
23.53
-0.01
0
9/28/2014 7:00
12.15
1.501
23.72
0.055
0
9/28/2014 8:00
12.31
1.501
24.12
0.594
0
9/28/2014 9:00
12.84
1.5
24.8
1.377
0
9/28/2014 10:00
12.93
1.5
25.54
2.272
0
9/28/2014 11:00
13.23
1.5
27.03
4.731
0
9/28/2014 12:00
13.36
1.501
28.5
3.856
0.001
9/28/2014 13:00
13.47
1.5
29.81
2.342
0
9/28/2014 14:00
12.83
1.501
28.6
1.408
0.004
9/28/2014 15:00
13.43
1.501
26.23
1.106
0
C-18
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(Wc
9/28/2014 16:00
13.45
1.5
27.74
0.965
0
9/28/2014 17:00
12.47
1.501
24.85
0.67
0
9/28/2014 18:00
12.55
1.501
23.88
0.299
0
9/28/2014 19:00
12.54
1.501
23.6
-0.006
0
9/28/2014 20:00
12.37
1.501
23.6
-0.01
0
9/28/2014 21:00
12.29
1.501
23.54
-0.01
0
9/28/2014 22:00
12.42
1.501
23.45
-0.01
0
9/28/2014 23:00
12.35
1.501
22.76
-0.01
0
9/29/2014 0:00
12.44
1.501
22.48
-0.01
0
9/29/2014 1:00
12.22
1.501
22.46
-0.01
0
9/29/2014 2:00
12.34
1.501
22.4
-0.01
0
9/29/2014 3:00
12.32
1.501
22.34
-0.01
0
9/29/2014 4:00
12.14
1.501
22.34
-0.01
0
9/29/2014 5:00
12.35
1.5
22.44
-0.01
0
9/29/2014 6:00
12.19
1.5
22.48
-0.01
0
9/29/2014 7:00
12.32
1.501
22.55
0.103
0
9/29/2014 8:00
12.38
1.5
22.94
0.815
0
9/29/2014 9:00
12.62
1.501
23.79
1.806
0
9/29/2014 10:00
13.09
1.501
24.02
1.985
0
9/29/2014 11:00
12.97
1.501
24.82
2.932
0
9/29/2014 12:00
12.89
1.501
25.41
2.209
0
9/29/2014 13:00
12.78
1.501
25.27
1.134
0
9/29/2014 14:00
12.69
1.501
24.86
0.693
0
9/29/2014 15:00
13.47
1.501
25.03
2.533
0
9/29/2014 16:00
13.13
1.501
25.68
2.313
0
9/29/2014 17:00
12.46
1.501
25.25
0.769
0
9/29/2014 18:00
12.48
1.501
24.56
0.121
0
9/29/2014 19:00
12.38
1.5
24.21
-0.007
0
9/29/2014 20:00
12.5
1.501
23.88
-0.01
0
9/29/2014 21:00
12.44
1.501
23.65
-0.01
0
9/29/2014 22:00
12.34
1.501
23.61
-0.01
0
9/29/2014 23:00
12.43
1.501
23.54
-0.01
0
9/30/2014 0:00
12.22
1.501
23.54
-0.01
0
9/30/2014 1:00
12.24
1.501
23.52
-0.01
0
9/30/2014 2:00
12.35
1.5
23.48
-0.01
0
C-19
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
9/30/2014 3:00
12.29
1.5
23.5
-0.01
0
9/30/2014 4:00
12.29
1.5
23.46
-0.01
0
9/30/2014 5:00
12.35
1.5
23.39
-0.01
0
9/30/2014 6:00
12.32
1.5
23.06
-0.01
0
9/30/2014 7:00
12.08
1.5
23.06
0.023
0
9/30/2014 8:00
12.67
1.5
23.22
0.686
0
9/30/2014 9:00
12.87
1.501
23.46
1.642
0
9/30/2014 10:00
12.73
1.5
24.32
4.063
0
9/30/2014 11:00
13.04
1.501
23.99
1.819
0
9/30/2014 12:00
13.29
1.501
24.93
3.408
0
9/30/2014 13:00
13.19
1.5
26.54
2.518
0
9/30/2014 14:00
13.39
1.501
27.14
2.02
0
9/30/2014 15:00
13.31
1.5
26.79
1.608
0
9/30/2014 16:00
13.39
1.501
26.98
1.261
0
9/30/2014 17:00
13.45
1.501
26.03
1.106
0.002
9/30/2014 18:00
12.61
1.501
25.23
0.61
0
9/30/2014 19:00
12.58
1.501
24.5
0.002
0.001
9/30/2014 20:00
12.49
1.501
23.88
-0.01
0
9/30/2014 21:00
12.36
1.501
23.47
-0.01
0
9/30/2014 22:00
12.51
1.501
23.01
-0.01
0
9/30/2014 23:00
12.47
1.501
23.03
-0.01
0
10/1/2014 0:00
12.46
1.501
23.09
-0.01
0
10/1/2014 1:00
12.42
1.501
23.09
-0.01
0
10/1/2014 2:00
12.44
1.501
22.94
-0.01
0
10/1/2014 3:00
12.22
1.501
22.77
-0.01
0
10/1/2014 4:00
12.23
1.501
22.58
-0.01
0
10/1/2014 5:00
12.23
1.501
22.43
-0.01
0
10/1/2014 6:00
12.18
1.5
22.41
-0.01
0
10/1/2014 7:00
12.33
1.501
22.51
0.088
0
10/1/2014 8:00
12.26
1.501
22.93
0.672
0
10/1/2014 9:00
13.08
1.501
23.89
1.996
0
10/1/2014 10:00
13.27
1.501
25.36
3.59
0
10/1/2014 11:00
13.17
1.5
26.59
3.674
0.003
10/1/2014 12:00
13.46
1.501
27.38
2.577
0.011
10/1/2014 13:00
13.47
1.5
28.45
1.775
0.004
C-20
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Date/Time
Battery Voltage
(volts)
Flow Rate
(Ipm)
Temp (°C)
Solar Output
(watts)
Wind Outp
(watts)
10/1/2014 14:00
13.47
1.5
28.6
1.281
0.003
10/1/2014 15:00
13.41
1.5
28.79
1.049
0
10/1/2014 16:00
13.23
1.5
29.05
0.965
0
10/1/2014 17:00
13.48
1.5
28.86
0.937
0
10/1/2014 18:00
12.41
1.501
27.11
0.653
0
10/1/2014 19:00
12.49
1.501
25.68
0.005
0
10/1/2014 20:00
12.52
1.501
25.11
-0.01
0
10/1/2014 21:00
12.34
1.501
24.52
-0.01
0
10/1/2014 22:00
12.49
1.501
23.68
-0.01
0
10/1/2014 23:00
12.29
1.501
23.06
-0.01
0
10/2/2014 0:00
12.42
1.501
23.09
-0.01
0
10/2/2014 1:00
12.47
1.501
23.48
-0.01
0
10/2/2014 2:00
12.27
1.501
23.17
-0.01
0
10/2/2014 3:00
12.4
1.501
22.86
-0.01
0
10/2/2014 4:00
12.27
1.501
22.57
-0.01
0
10/2/2014 5:00
12.37
1.501
22.46
-0.01
0
10/2/2014 6:00
12.19
1.501
22.15
-0.01
0
10/2/2014 7:00
12.19
1.5
22.15
0.185
0
10/2/2014 8:00
12.95
1.501
24.22
1.862
0
10/2/2014 9:00
13.14
1.501
26.56
4.147
0
10/2/2014 10:00
13.19
1.501
28
3.35
0
10/2/2014 11:00
13.17
1.5
28.76
2.556
0
10/2/2014 12:00
13.39
1.501
29.47
1.676
0
10/2/2014 13:00
13.28
1.5
30.13
1.168
0
10/2/2014 14:00
13.48
1.5
31.29
0.985
0.003
10/2/2014 15:00
13.32
1.5
31.64
0.929
0
10/2/2014 16:00
13.4
1.5
31.5
0.915
0
10/2/2014 17:00
13.51
1.5
31.89
0.884
0.002
10/2/2014 18:00
12.32
1.5
29.06
0.597
0.005
10/2/2014 19:00
12.55
1.501
26.78
0.005
0
10/2/2014 20:00
12.49
1.501
25.97
-0.01
0
10/2/2014 21:00
12.26
1.501
25.47
-0.01
0
10/2/2014 22:00
12.43
1.501
25.03
-0.01
0
10/2/2014 23:00
12.22
1.501
24.18
-0.01
0
10/3/2014 0:00
12.46
1.501
23.41
-0.01
0
C-21
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/3/2014 1:00
12.2
1.501
22.94
-0.01
0
10/3/2014 2:00
12.41
1.501
22.71
-0.01
0
10/3/2014 3:00
12.27
1.501
22.53
-0.01
0
10/3/2014 4:00
12.4
1.501
22.18
-0.01
0
10/3/2014 5:00
12.23
1.5
22.3
-0.01
0
10/3/2014 6:00
12.29
1.501
22.32
-0.01
0
10/3/2014 7:00
12.42
1.501
22.36
0.135
0
10/3/2014 8:00
12.75
1.501
23.48
1.052
0
10/3/2014 9:00
13.02
1.501
25.27
3.062
0
10/3/2014 10:00
13.38
1.501
27.4
4.04
0.01
10/3/2014 11:00
13.43
1.501
28.82
2.967
0.002
10/3/2014 12:00
13.25
1.5
30.15
2.068
0.014
10/3/2014 13:00
13.28
1.5
30.43
1.413
0.017
10/3/2014 14:00
13.35
1.5
30.03
1.067
0.031
10/3/2014 15:00
13.31
1.501
30.18
0.931
0.043
10/3/2014 16:00
12.66
1.501
27.79
0.874
0.005
10/3/2014 17:00
12.6
1.501
24.49
0.302
0.031
10/3/2014 18:00
12.5
1.501
23.93
0.179
0
10/3/2014 19:00
12.36
1.501
23.45
-0.007
0
10/3/2014 20:00
12.51
1.501
23.16
-0.01
0
10/3/2014 21:00
12.32
1.501
23.24
-0.01
0
10/3/2014 22:00
12.47
1.501
23.24
-0.01
0
10/3/2014 23:00
12.43
1.501
23.3
-0.01
0
10/4/2014 0:00
12.45
1.501
23.43
-0.01
0
10/4/2014 1:00
12.24
1.501
23.54
-0.01
0
10/4/2014 2:00
12.31
1.5
23.38
-0.01
0
10/4/2014 3:00
12.34
1.501
23.47
-0.01
0
10/4/2014 4:00
12.38
1.5
23.19
-0.01
0
10/4/2014 5:00
12.28
1.501
23.04
-0.01
0
10/4/2014 6:00
12.06
1.501
22.96
-0.01
0
10/4/2014 7:00
12.24
1.5
22.59
0.064
0
10/4/2014 8:00
12.74
1.501
23
1.38
0
10/4/2014 9:00
12.96
1.5
23.4
3.81
0
10/4/2014 10:00
13.39
1.501
23.94
3.956
0.008
10/4/2014 11:00
13.27
1.5
25.18
2.75
0.004
C-22
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/4/2014 12:00
13.37
1.5
25.29
1.808
0.016
10/4/2014 13:00
13.55
1.5
26.27
1.263
0.012
10/4/2014 14:00
13.47
1.501
26.92
1.002
0.009
10/4/2014 15:00
13.33
1.5
27.04
0.867
0.018
10/4/2014 16:00
13.54
1.501
27.02
0.816
0.022
10/4/2014 17:00
13.23
1.501
26.65
0.8
0.009
10/4/2014 18:00
12.49
1.501
25.11
0.653
0
10/4/2014 19:00
12.35
1.501
20.78
0.009
0
10/4/2014 20:00
12.32
1.501
18.51
-0.01
0
10/4/2014 21:00
12.35
1.501
18.59
-0.01
0
10/4/2014 22:00
12.26
1.5
18.18
-0.01
0
10/4/2014 23:00
12.27
1.5
16.85
-0.01
0
10/5/2014 0:00
12.26
1.5
14.49
-0.009
0
10/5/2014 1:00
12.41
1.5
12.37
-0.007
0
10/5/2014 2:00
12.19
1.5
11.1
-0.006
0
10/5/2014 3:00
12.11
1.5
10.55
-0.005
0
10/5/2014 4:00
12.09
1.5
10.01
-0.004
0
10/5/2014 5:00
12.33
1.5
9.38
-0.004
0
10/5/2014 6:00
12.27
1.5
8.97
-0.003
0
10/5/2014 7:00
12.12
1.499
8.85
0.082
0
10/5/2014 8:00
13.35
1.5
11.98
2.146
0
10/5/2014 9:00
13.55
1.5
15.52
4.208
0
10/5/2014 10:00
13.8
1.5
18.15
2.684
0.003
10/5/2014 11:00
13.74
1.501
19.76
1.86
0.004
10/5/2014 13:00
13.69
1.501
21.82
1.123
0.004
10/5/2014 14:00
13.86
1.501
22.65
0.961
0.005
10/5/2014 15:00
13.73
1.501
23.18
0.874
0.001
10/5/2014 16:00
13.85
1.501
23.36
0.832
0.002
10/5/2014 17:00
13.89
1.501
23.54
0.822
0
10/5/2014 18:00
12.62
1.501
21.36
0.623
0
10/5/2014 19:00
12.57
1.5
16.88
0.005
0
10/5/2014 20:00
12.32
1.5
15.02
-0.01
0
10/5/2014 21:00
12.54
1.5
13.85
-0.01
0
10/5/2014 22:00
12.4
1.501
13.01
-0.01
0
10/5/2014 23:00
12.32
1.5
12.21
-0.008
0
C-23
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/6/2014 0:00
12.44
1.5
11.56
-0.007
0
10/6/2014 1:00
12.4
1.5
10.87
-0.007
0
10/6/2014 2:00
12.17
1.5
10.58
-0.007
0
10/6/2014 3:00
12.36
1.5
10.22
-0.006
0
10/6/2014 4:00
12.23
1.5
9.94
-0.005
0
10/6/2014 5:00
12.27
1.5
9.61
-0.004
0
10/6/2014 6:00
12.14
1.5
9.39
-0.004
0
10/6/2014 7:00
12.26
1.5
9.44
0.084
0
10/6/2014 8:00
13.4
1.5
13.14
2.085
0
10/6/2014 9:00
13.66
1.5
19.63
4.723
0
10/6/2014 10:00
13.69
1.501
21.48
3.045
0.008
10/6/2014 11:00
13.76
1.501
22.99
1.937
0.015
10/6/2014 12:00
13.6
1.501
24.44
1.338
0.011
10/6/2014 13:00
13.84
1.501
25.14
1.057
0.006
10/6/2014 14:00
13.63
1.501
25.33
0.906
0.01
10/6/2014 15:00
13.67
1.501
25.54
0.848
0.001
10/6/2014 16:00
13.66
1.501
25.79
0.838
0
10/6/2014 17:00
13.67
1.501
24.91
0.864
0
10/6/2014 18:00
12.58
1.501
22.05
0.441
0
10/6/2014 19:00
12.55
1.501
20.57
-0.007
0
10/6/2014 20:00
12.31
1.501
19.61
-0.01
0
10/6/2014 21:00
12.44
1.501
19.25
-0.01
0
10/6/2014 22:00
12.4
1.501
18.89
-0.01
0
10/6/2014 23:00
12.29
1.501
18.85
-0.01
0
10/7/2014 0:00
12.33
1.501
19.07
-0.01
0
10/7/2014 1:00
12.41
1.501
18.81
-0.01
0
10/7/2014 2:00
12.22
1.5
18.62
-0.01
0
10/7/2014 3:00
12.26
1.501
18.66
-0.01
0
10/7/2014 4:00
12.36
1.501
18.31
-0.01
0
10/7/2014 5:00
12.33
1.501
18.3
-0.01
0
10/7/2014 6:00
12.12
1.501
18.71
-0.01
0
10/7/2014 7:00
12.12
1.501
19.19
0.087
0
10/7/2014 8:00
13.11
1.501
21.22
2.151
0
10/7/2014 9:00
12.85
1.501
22.83
2.509
0
10/7/2014 10:00
13.51
1.501
24.62
4.676
0
C-24
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/7/2014 11:00
13.5
1.501
25.94
3.012
0.001
10/7/2014 12:00
13.57
1.501
26.83
1.656
0
10/7/2014 13:00
13.52
1.501
27.53
1.154
0.001
10/7/2014 14:00
13.52
1.501
27.67
0.933
0
10/7/2014 15:00
13.47
1.501
28.18
0.85
0
10/7/2014 16:00
13.35
1.501
28.4
0.829
0
10/7/2014 17:00
13.44
1.501
27.93
0.836
0
10/7/2014 18:00
12.4
1.501
26.3
0.568
0
10/7/2014 19:00
12.51
1.501
24.49
-0.004
0
10/7/2014 20:00
12.49
1.501
23.53
-0.01
0
10/7/2014 21:00
12.29
1.501
22.88
-0.01
0
10/7/2014 22:00
12.4
1.501
22.34
-0.01
0
10/7/2014 23:00
12.31
1.501
22.02
-0.01
0
10/8/2014 0:00
12.19
1.501
21.43
-0.01
0
10/8/2014 1:00
12.41
1.501
20.94
-0.01
0
10/8/2014 2:00
12.39
1.501
20.5
-0.01
0
10/8/2014 3:00
12.18
1.501
20.07
-0.01
0
10/8/2014 4:00
12.31
1.501
19.57
-0.01
0
10/8/2014 5:00
12.22
1.501
19.14
-0.01
0
10/8/2014 6:00
12.35
1.501
18.81
-0.01
0
10/8/2014 7:00
12.35
1.5
18.51
0.074
0
10/8/2014 8:00
13.13
1.501
21.48
1.991
0
10/8/2014 9:00
13.29
1.501
25.76
5.146
0
10/8/2014 10:00
13.45
1.5
27.83
3.549
0
10/8/2014 11:00
13.55
1.5
28.99
2.05
0
10/8/2014 12:00
13.44
1.5
29.8
1.338
0
10/8/2014 13:00
13.55
1.5
30.64
1.021
0
10/8/2014 14:00
13.39
1.5
31.01
0.902
0
10/8/2014 15:00
13.61
1.5
31.24
0.879
0
10/8/2014 16:00
13.57
1.5
31.67
0.865
0
10/8/2014 17:00
13.6
1.501
31.08
0.856
0
10/8/2014 18:00
12.55
1.501
29.25
0.564
0
10/8/2014 19:00
12.58
1.501
25.32
-0.004
0
10/8/2014 20:00
12.53
1.501
23.68
-0.01
0
10/8/2014 21:00
12.53
1.501
22.82
-0.01
0
C-25
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/8/2014 22:00
12.34
1.501
22.16
-0.01
0
10/8/2014 23:00
12.48
1.501
21.42
-0.01
0
10/9/2014 0:00
12.33
1.501
20.82
-0.01
0
10/9/2014 1:00
12.33
1.501
20.38
-0.01
0
10/9/2014 2:00
12.25
1.501
20
-0.01
0
10/9/2014 3:00
12.34
1.501
19.71
-0.01
0
10/9/2014 4:00
12.35
1.501
19.36
-0.01
0
10/9/2014 5:00
12.19
1.501
18.98
-0.01
0
10/9/2014 6:00
12.31
1.501
18.6
-0.01
0
10/9/2014 7:00
12.23
1.5
18.31
0.104
0
10/9/2014 8:00
13
1.5
22.11
2.056
0
10/9/2014 9:00
13.5
1.501
25.66
4.985
0
10/9/2014 10:00
13.52
1.5
27.71
3.462
0
10/9/2014 11:00
13.62
1.5
29.29
2.044
0
10/9/2014 12:00
13.6
1.5
30.12
1.355
0.005
10/9/2014 14:00
13.62
1.282
30.77
1.076
0.239
10/9/2014 15:00
13.42
1.5
30.87
0.983
0.362
10/9/2014 16:00
13.59
1.5
31.03
0.859
0.224
10/9/2014 17:00
13.02
1.5
30.91
0.803
0.157
10/9/2014 18:00
12.63
1.501
28.75
0.414
0.339
10/9/2014 19:00
12.6
1.501
25.56
-0.007
0.259
10/9/2014 21:00
12.55
1.501
24.11
-0.01
0.483
10/9/2014 22:00
12.41
1.501
23.88
-0.01
0.344
10/9/2014 23:00
12.43
1.5
22.93
-0.01
0.348
10/10/2014 0:00
12.38
1.501
21.71
-0.01
0.369
10/10/2014 1:00
12.46
1.501
21.08
-0.01
0.369
10/10/2014 2:00
12.34
1.501
20.6
-0.01
0.356
10/10/2014 3:00
12.21
1.501
20.28
-0.01
0.373
10/10/2014 4:00
12.31
1.501
19.87
-0.01
0.336
10/10/2014 5:00
12.32
1.501
19.57
-0.01
0.284
10/10/2014 6:00
12.37
1.501
19.25
-0.01
0.051
10/10/2014 7:00
12.27
1.501
19.12
0.092
0.318
10/10/2014 8:00
13.06
1.501
20.81
1.741
-0.091
10/10/2014 9:00
13.45
1.5
25.61
5.329
0.236
10/10/2014 10:00
13.45
1.5
27.74
3.547
0.366
C-26
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/10/2014 11:00
13.42
1.5
28.43
2.038
0.266
10/10/2014 12:00
13.4
1.5
29.11
1.331
0.291
10/10/2014 13:00
13.57
1.5
29.71
1.034
0.204
10/10/2014 14:00
13.57
1.5
30.5
0.907
0.297
10/10/2014 15:00
13.65
1.5
30.9
0.859
0.243
10/10/2014 16:00
13.62
1.5
31.51
0.841
0.278
10/10/2014 17:00
12.94
1.5
31.34
0.86
0.289
10/10/2014 18:00
12.45
1.501
29.28
0.535
0.369
10/10/2014 19:00
12.36
1.5
26.38
-0.003
0.253
10/10/2014 20:00
12.32
1.5
25.38
-0.01
0.348
10/10/2014 21:00
12.32
1.5
25.04
-0.01
0.379
10/10/2014 22:00
12.43
1.5
24.94
-0.01
0.42
10/10/2014 23:00
12.5
1.5
23.87
-0.01
0.225
10/11/2014 0:00
12.49
1.501
22.72
-0.01
0.38
10/11/2014 1:00
12.37
1.501
21.63
-0.01
0.334
10/11/2014 2:00
12.35
1.501
21.06
-0.01
0.418
10/11/2014 3:00
12.42
1.501
20.37
-0.01
0.418
10/11/2014 4:00
12.23
1.501
19.68
-0.01
0.278
10/11/2014 5:00
12.38
1.501
19.05
-0.01
0.293
10/11/2014 6:00
12.15
1.501
18.43
-0.01
0.007
10/11/2014 7:00
12.32
1.501
17.86
0.09
0.179
10/11/2014 8:00
13.05
1.501
20.52
1.894
0.353
10/11/2014 9:00
13.37
1.5
24.87
5.326
0.348
10/11/2014 10:00
13.43
1.5
26.29
3.235
0.259
10/11/2014 11:00
13.63
1.5
27.91
1.869
0.281
10/11/2014 12:00
13.44
1.5
29.61
1.308
0.29
10/11/2014 13:00
13.59
1.5
30.5
1.035
0.293
10/11/2014 14:00
13.62
1.5
31.01
0.907
0.335
10/11/2014 15:00
13.51
1.5
31.54
0.857
0.314
10/11/2014 16:00
13.58
1.5
31.74
0.841
0.28
10/11/2014 17:00
12.45
1.5
30.98
0.789
0.299
10/11/2014 18:00
12.43
1.501
28.55
0.282
0.213
10/11/2014 19:00
12.4
1.501
24.08
-0.007
0.318
10/11/2014 20:00
12.56
1.501
22.32
-0.01
0.468
10/11/2014 21:00
12.53
1.501
21.5
-0.01
0.447
C-27
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/11/2014 22:00
12.36
1.501
21.16
-0.01
0.342
10/11/2014 23:00
12.44
1.501
20.93
-0.01
0.371
10/12/2014 0:00
12.34
1.501
20.87
-0.01
0.37
10/12/2014 1:00
12.46
1.501
21.04
-0.01
0.419
10/12/2014 2:00
12.42
1.501
20.64
-0.01
0.436
10/12/2014 3:00
12.42
1.501
20.4
-0.01
0.228
10/12/2014 4:00
12.37
1.501
20.15
-0.01
0.229
10/12/2014 5:00
12.41
1.501
19.81
-0.01
0.211
10/12/2014 6:00
12.37
1.501
19.58
-0.01
0.032
10/12/2014 7:00
12.35
1.501
19.28
0.089
-0.17
10/12/2014 8:00
13.13
1.501
21.57
1.848
0.025
10/12/2014 9:00
13.59
1.5
25.35
5.413
0.302
10/12/2014 10:00
13.54
1.5
26.91
3.415
0.387
10/12/2014 11:00
13.5
1.5
28.43
1.941
0.278
10/12/2014 12:00
13.6
1.5
29.76
1.345
0.277
10/12/2014 13:00
13.61
1.5
30.08
1.052
0.199
10/12/2014 14:00
13.65
1.5
30.52
0.904
0.261
10/12/2014 15:00
13.64
1.5
30.84
0.846
0.126
10/12/2014 16:00
13.54
1.5
30.72
0.834
0.093
10/12/2014 17:00
12.45
1.5
30.56
0.797
0.293
10/12/2014 18:00
12.36
1.501
28.66
0.3
0.189
10/12/2014 19:00
12.53
1.501
26.61
-0.007
0.184
10/12/2014 20:00
12.34
1.501
26.24
-0.01
0.345
10/12/2014 21:00
12.53
1.501
25.55
-0.01
0.414
10/12/2014 22:00
12.41
1.501
24.85
-0.01
0.375
10/12/2014 23:00
12.36
1.501
24.21
-0.01
0.406
10/13/2014 0:00
12.42
1.501
23.48
-0.01
0.294
10/13/2014 1:00
12.38
1.501
22.96
-0.01
0.407
10/13/2014 2:00
12.42
1.501
22.24
-0.01
0.37
10/13/2014 2:00
12.42
1.501
22.24
-0.01
0.37
10/13/2014 3:00
12.41
1.501
21.86
-0.01
0.53
10/13/2014 4:00
12.17
1.501
21.22
-0.01
0.409
10/13/2014 5:00
12.36
1.501
20.81
-0.01
0.277
10/13/2014 6:00
12.36
1.501
20.84
-0.01
0.096
10/13/2014 7:00
12.32
1.501
20.73
0.069
0.087
C-28
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/13/2014 8:00
12.99
1.5
22.94
1.842
-0.065
10/13/2014 9:00
13.54
1.5
25.84
5.371
0.398
10/13/2014 10:00
13.39
1.5
27.27
3.373
0.258
10/13/2014 11:00
13.61
1.5
28.38
1.927
0.327
10/13/2014 12:00
13.6
1.501
28.94
1.304
0.332
10/13/2014 13:00
13.56
1.5
29.64
1.013
0.266
10/13/2014 14:00
13.57
1.5
30.17
0.889
0.37
10/13/2014 15:00
13.37
1.5
30.64
0.828
0.04
10/13/2014 16:00
13.5
1.5
30.31
0.818
0.248
10/13/2014 17:00
12.86
1.501
28.98
0.83
0.136
10/13/2014 18:00
12.43
1.501
26.15
0.437
0.239
10/13/2014 19:00
12.52
1.501
24.94
-0.008
0.312
10/13/2014 20:00
12.52
1.501
25.23
-0.01
0.333
10/13/2014 21:00
12.34
1.501
25.16
-0.01
0.354
10/13/2014 22:00
12.34
1.5
24.79
-0.01
0.36
10/13/2014 23:00
12.4
1.5
24.35
-0.01
0.439
10/14/2014 0:00
12.4
1.5
23.85
-0.01
0.366
10/14/2014 1:00
12.29
1.501
23.18
-0.01
0.309
10/14/2014 2:00
12.43
1.501
22.44
-0.01
0.299
10/14/2014 3:00
12.27
1.5
22.09
-0.01
0.416
10/14/2014 4:00
12.38
1.501
22.35
-0.01
0.204
10/14/2014 5:00
12.21
1.501
22.51
-0.01
-0.09
10/14/2014 6:00
12.33
1.501
22.52
-0.01
-0.114
10/14/2014 7:00
12.31
1.5
22.54
0.122
0.049
10/14/2014 8:00
12.42
1.501
22.94
0.624
0.094
10/14/2014 9:00
13.14
1.501
24.43
3.073
0.03
10/14/2014 10:00
13.1
1.501
26.51
3.531
0.149
10/14/2014 11:00
13.52
1.501
28.04
3.647
0.012
10/14/2014 12:00
13.52
1.501
29.36
2.212
0.11
10/14/2014 13:00
13.34
1.501
29.49
1.431
0.042
10/14/2014 14:00
13.5
1.501
29.87
1.061
-0.028
10/14/2014 15:00
13.58
1.501
26.88
0.878
0.174
10/14/2014 16:00
12.74
1.501
23.66
0.835
0.266
10/14/2014 17:00
12.57
1.501
23.19
0.44
0.12
10/14/2014 18:00
12.57
1.501
22.72
0.14
0.049
C-29
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/14/2014 19:00
12.4
1.501
22.54
-0.009
0.03
10/14/2014 20:00
12.38
1.501
22.49
-0.01
0.204
10/14/2014 21:00
12.36
1.5
22.31
-0.01
0.55
10/14/2014 22:00
12.5
1.5
22.41
-0.01
1.029
10/14/2014 23:00
12.3
1.501
22.41
-0.01
NAN
10/15/2014 0:00
12.44
1.5
22.36
-0.01
0.199
10/15/2014 1:00
12.43
1.501
22.41
-0.01
0.31
10/15/2014 2:00
12.34
1.501
22.27
-0.01
NAN
10/15/2014 3:00
12.41
1.5
21.49
-0.01
NAN
10/15/2014 4:00
12.16
1.5
20.77
-0.01
NAN
10/15/2014 5:00
12.13
1.501
20.16
-0.01
NAN
10/15/2014 6:00
12.12
1.5
19.48
-0.01
0.982
10/15/2014 7:00
12.28
1.5
18.83
0.014
1.017
10/15/2014 8:00
12.89
1.5
18.99
1.187
0.243
10/15/2014 9:00
13.35
1.501
20.77
5.427
0.198
10/15/2014 10:00
13.62
1.501
22.54
3.814
0.424
10/15/2014 11:00
13.46
1.501
23.49
2.044
0.163
10/15/2014 12:00
13.65
1.501
24.28
1.381
0.191
10/15/2014 13:00
13.53
1.501
24.54
1.037
0.13
10/15/2014 14:00
13.59
1.501
24.96
0.902
0.031
10/15/2014 15:00
13.48
1.501
25.28
0.828
0.242
10/15/2014 16:00
13.66
1.501
25.35
0.806
0.159
10/15/2014 17:00
12.51
1.501
24.58
0.751
0.271
10/15/2014 18:00
12.62
1.501
22.84
0.241
0.097
10/15/2014 19:00
12.53
1.5
19.68
-0.007
0.313
10/15/2014 20:00
12.53
1.5
17.32
-0.01
0.327
10/15/2014 21:00
12.33
1.501
16.08
-0.01
0.43
10/15/2014 22:00
12.48
1.501
15.36
-0.01
0.308
10/15/2014 23:00
12.38
1.5
14.65
-0.01
0.316
10/16/2014 0:00
12.24
1.5
14.12
-0.01
0.373
10/16/2014 1:00
12.45
1.5
13.67
-0.01
0.358
10/16/2014 2:00
12.31
1.5
13.21
-0.009
0.39
10/16/2014 3:00
12.17
1.5
12.84
-0.008
0.387
10/16/2014 4:00
12.31
1.501
12.5
-0.007
0.262
10/16/2014 5:00
12.16
1.5
12.15
-0.007
0.205
C-30
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/16/2014 6:00
12.34
1.5
11.72
-0.006
0.06
10/16/2014 7:00
12.15
1.5
11.65
0.053
0.201
10/16/2014 8:00
13.13
1.5
15.42
1.829
0.354
10/16/2014 9:00
13.72
1.501
19.74
5.075
0.238
10/16/2014 10:00
13.8
1.501
21.39
3.085
0.258
10/16/2014 11:00
13.61
1.501
23.12
1.879
0.2
10/16/2014 12:00
13.63
1.501
23.99
1.324
0.156
10/16/2014 13:00
13.73
1.501
24.55
1.039
0.207
10/16/2014 14:00
13.85
1.501
24.92
0.896
0.115
10/16/2014 15:00
13.58
1.501
25.24
0.832
0.069
10/16/2014 16:00
13.81
1.5
25.4
0.801
0.028
10/16/2014 17:00
12.74
1.5
24.82
0.758
0.008
10/16/2014 18:00
12.47
1.5
22.85
0.225
0
10/16/2014 19:00
12.58
1.5
19.23
-0.008
0
10/16/2014 20:00
12.54
1.5
17.54
-0.01
0
10/16/2014 21:00
12.51
1.5
16.06
-0.01
0
10/16/2014 22:00
12.46
1.5
14.87
-0.01
0
10/16/2014 23:00
12.42
1.5
14.08
-0.01
0
10/17/2014 0:00
12.4
1.5
13.46
-0.01
0
10/17/2014 1:00
12.26
1.5
12.89
-0.009
0
10/17/2014 2:00
12.21
1.5
12.31
-0.008
0
10/17/2014 3:00
12.31
1.501
11.72
-0.007
0
10/17/2014 4:00
12.35
1.5
11.26
-0.007
0
10/17/2014 5:00
12.15
1.5
10.85
-0.006
0
10/17/2014 6:00
12.27
1.5
10.43
-0.005
0
10/17/2014 7:00
12.12
1.5
10.17
0.051
0
10/17/2014 8:00
13.11
1.5
13.62
1.844
0
10/17/2014 9:00
13.51
1.5
19.08
5.063
0
10/17/2014 10:00
13.67
1.501
22.14
3.202
0
10/17/2014 11:00
13.76
1.501
23.77
1.931
0
10/17/2014 12:00
13.62
1.501
24.85
1.356
0.002
10/17/2014 13:00
13.87
1.501
25.54
1.058
0
10/17/2014 14:00
13.85
1.501
26.09
0.918
0.001
10/17/2014 15:00
13.87
1.501
26.92
0.852
0
10/17/2014 16:00
13.7
1.501
27.36
0.826
0.001
C-31
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/17/2014 17:00
12.71
1.501
26.79
0.806
0
10/17/2014 18:00
12.63
1.501
24.26
0.246
0
10/17/2014 19:00
12.6
1.5
19.86
-0.008
0
10/17/2014 20:00
12.36
1.5
17.89
-0.01
0
10/17/2014 21:00
12.48
1.501
16.33
-0.01
0
10/17/2014 22:00
12.48
1.501
15.09
-0.01
0
10/17/2014 23:00
12.42
1.5
14.2
-0.01
0
10/18/2014 0:00
12.24
1.5
13.49
-0.01
0
10/18/2014 1:00
12.45
1.5
12.81
-0.009
0
10/18/2014 2:00
12.34
1.5
12.23
-0.008
0
10/18/2014 3:00
12.18
1.501
11.86
-0.007
0
10/18/2014 4:00
12.21
1.5
11.4
-0.007
0
10/18/2014 5:00
12.31
1.5
10.89
-0.006
0
10/18/2014 6:00
12.17
1.5
10.45
-0.005
0
10/18/2014 7:00
12.11
1.5
10.13
0.053
0
10/18/2014 8:00
13.2
1.5
13.6
1.816
0
10/18/2014 9:00
13.65
1.5
19.34
4.966
0
10/18/2014 10:00
13.63
1.501
22.09
3.106
0
10/18/2014 11:00
13.84
1.501
24.07
1.916
0.005
10/18/2014 12:00
13.84
1.501
25.54
1.363
0.005
10/18/2014 13:00
13.84
1.501
26.77
1.073
0.001
10/18/2014 14:00
13.8
1.501
27.58
0.932
0.004
10/18/2014 15:00
13.84
1.501
27.93
0.854
0.014
10/18/2014 16:00
13.6
1.501
28
0.823
0.016
10/18/2014 17:00
12.76
1.501
27.43
0.8
0.002
10/18/2014 18:00
12.41
1.501
25.13
0.239
0
10/18/2014 19:00
12.58
1.501
22.4
-0.008
0
10/18/2014 20:00
12.4
1.501
20.14
-0.01
0
10/18/2014 21:00
12.45
1.5
18
-0.01
0
10/18/2014 22:00
12.49
1.5
16.85
-0.01
0
10/18/2014 23:00
12.31
1.501
16.09
-0.01
0
10/19/2014 0:00
12.47
1.501
15.71
-0.01
0
10/19/2014 1:00
12.46
1.501
15.38
-0.01
0
10/19/2014 2:00
12.39
1.501
15.2
-0.01
0
10/19/2014 3:00
12.37
1.501
15.13
-0.01
0
C-32
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/19/2014 4:00
12.19
1.501
15.4
-0.01
0
10/19/2014 5:00
12.16
1.501
15.9
-0.01
0
10/19/2014 6:00
12.35
1.5
16.51
-0.01
0
10/19/2014 7:00
12.18
1.501
15.44
0.071
0
10/19/2014 8:00
13.06
1.5
17.01
1.485
0.002
10/19/2014 9:00
13.52
1.501
18.84
5.008
0.013
10/19/2014 10:00
13.46
1.501
20.57
3.315
0.008
10/19/2014 11:00
13.74
1.501
22.69
1.896
0.021
10/19/2014 12:00
13.71
1.501
24.17
1.318
0.011
10/19/2014 13:00
13.67
1.501
25.77
1.054
0.006
10/19/2014 14:00
13.74
1.501
26.49
0.914
0.01
10/19/2014 15:00
13.72
1.501
27.21
0.837
0.009
10/19/2014 16:00
13.7
1.501
27.27
0.806
0.005
10/19/2014 17:00
13.01
1.501
26.91
0.807
0.002
10/19/2014 18:00
12.63
1.501
24.67
0.365
0
10/19/2014 19:00
12.58
1.501
22.07
-0.008
0
10/19/2014 20:00
12.52
1.501
20.72
-0.01
0
10/19/2014 21:00
12.36
1.501
19.47
-0.01
0
10/19/2014 22:00
12.46
1.5
18.58
-0.01
0
10/19/2014 23:00
12.5
1.501
17.7
-0.01
0
10/20/2014 0:00
12.49
1.501
17.37
-0.01
0
10/20/2014 1:00
12.43
1.501
17.13
-0.01
0
10/20/2014 2:00
12.44
1.501
16.68
-0.01
0
10/20/2014 3:00
12.2
1.501
16.73
-0.01
0
10/20/2014 4:00
12.38
1.501
16.58
-0.01
0
10/20/2014 5:00
12.28
1.501
16.43
-0.01
0
10/20/2014 6:00
12.21
1.5
16.17
-0.01
0
10/20/2014 7:00
12.15
1.5
16.26
0.095
0
10/20/2014 8:00
12.98
1.501
18.72
1.747
0
10/20/2014 9:00
13.6
1.501
22
5.038
0
10/20/2014 10:00
13.21
1.501
24.35
3.105
0.012
10/20/2014 11:00
13.68
1.501
25.91
2.059
0.012
10/20/2014 12:00
13.52
1.501
26.82
1.397
0.003
10/20/2014 13:00
13.44
1.501
27.5
1.057
0.002
10/20/2014 14:00
13.7
1.501
28.35
0.91
0.001
C-33
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(Wc
10/20/2014 15:00
13.68
1.501
28.11
0.845
0
10/20/2014 16:00
13.57
1.501
29.15
0.828
0
10/20/2014 17:00
12.69
1.501
28.43
0.81
0
10/20/2014 18:00
12.42
1.501
24.56
0.268
0
10/20/2014 19:00
12.51
1.5
22.29
-0.009
0
10/20/2014 20:00
12.37
1.501
21.65
-0.01
0
10/20/2014 21:00
12.53
1.5
21.28
-0.01
0
10/20/2014 22:00
12.49
1.501
19.97
-0.01
0
10/20/2014 23:00
12.33
1.5
19.29
-0.01
0
10/21/2014 0:00
12.38
1.501
19.12
-0.01
0
10/21/2014 1:00
12.43
1.5
18.77
-0.01
0
10/21/2014 2:00
12.42
1.5
18.39
-0.01
0
10/21/2014 3:00
12.33
1.5
18.2
-0.01
0
10/21/2014 4:00
12.39
1.501
17.97
-0.01
0
10/21/2014 5:00
12.23
1.501
17.26
-0.01
0
10/21/2014 6:00
12.35
1.501
16.56
-0.01
0
10/21/2014 7:00
12.17
1.501
16.18
0.033
0
10/21/2014 8:00
12.84
1.5
17.91
1.338
0
10/21/2014 9:00
13.37
1.501
20.26
3.418
0
10/21/2014 10:00
13.2
1.501
23.78
4.266
0
10/21/2014 11:00
13.65
1.501
25.57
2.609
0
10/21/2014 12:00
13.56
1.501
26.94
1.715
0
10/21/2014 13:00
13.54
1.501
27.83
1.215
0
10/21/2014 14:00
13.63
1.501
27.53
0.964
0
10/21/2014 15:00
13.67
1.501
27.68
0.857
0
10/21/2014 16:00
13.59
1.501
27.63
0.806
0
10/21/2014 17:00
12.79
1.501
27.59
0.8
0
10/21/2014 18:00
12.6
1.501
25.19
0.267
0
10/21/2014 19:00
12.39
1.501
21.64
-0.009
0
10/21/2014 20:00
12.54
1.5
20.03
-0.01
0
10/21/2014 21:00
12.32
1.501
19.32
-0.01
0
10/21/2014 22:00
12.33
1.5
18.63
-0.01
0
10/21/2014 23:00
12.45
1.501
18.13
-0.01
0
10/22/2014 0:00
12.32
1.5
17.5
-0.01
0
10/22/2014 1:00
12.28
1.5
17.03
-0.01
0
C-34
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/22/2014 2:00
12.43
1.501
16.34
-0.01
0
10/22/2014 3:00
12.39
1.501
15.52
-0.01
0
10/22/2014 4:00
12.22
1.501
14.99
-0.01
0
10/22/2014 5:00
12.3
1.5
14.31
-0.008
0
10/22/2014 6:00
12.23
1.5
13.75
-0.007
0
10/22/2014 7:00
12.35
1.5
13.64
0.045
0
10/22/2014 8:00
13.02
1.5
15.69
1.694
0
10/22/2014 9:00
13.64
1.501
19.27
4.899
0
10/22/2014 10:00
13.57
1.501
21.19
2.888
0.003
10/22/2014 11:00
13.74
1.501
23.12
2.076
0.004
10/22/2014 12:00
13.77
1.501
24.08
1.441
0.019
10/22/2014 13:00
13.75
1.501
24.68
1.105
0.02
10/22/2014 14:00
13.5
1.501
25.45
0.932
0.008
10/22/2014 15:00
13.59
1.501
26
0.854
0.005
10/22/2014 16:00
13.71
1.501
26.08
0.807
0.007
10/22/2014 17:00
12.69
1.501
25.51
0.776
0.001
10/22/2014 18:00
12.48
1.501
23.23
0.21
0
10/22/2014 19:00
12.44
1.501
20.58
-0.009
0
10/22/2014 20:00
12.51
1.5
18.93
-0.01
0
10/22/2014 21:00
12.34
1.501
17.36
-0.01
0
10/22/2014 22:00
12.26
1.501
16.4
-0.01
0
10/22/2014 23:00
12.46
1.501
15.37
-0.01
0
10/23/2014 0:00
12.43
1.501
15.15
-0.01
0
10/23/2014 1:00
12.23
1.501
15.13
-0.01
0
10/23/2014 2:00
12.29
1.501
14.68
-0.008
0
10/23/2014 3:00
12.31
1.5
13.38
-0.007
0
10/23/2014 4:00
12.16
1.5
12.63
-0.006
0
10/23/2014 5:00
12.27
1.5
11.99
-0.006
0
10/23/2014 6:00
12.29
1.5
11.81
-0.005
0
10/23/2014 7:00
12.25
1.5
12.63
0.036
0
10/23/2014 8:00
13.18
1.5
14.06
1.601
0
10/23/2014 9:00
13.57
1.5
17
5.003
0.006
10/23/2014 10:00
13.58
1.501
19.33
3.064
0.021
10/23/2014 11:00
13.83
1.501
21.36
1.882
0.018
10/23/2014 12:00
13.74
1.501
22.7
1.338
0.023
C-35
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/23/2014 13:00
13.82
1.501
23.46
1.05
0.032
10/23/2014 14:00
13.81
1.501
24.25
0.907
0.025
10/23/2014 15:00
13.71
1.501
24.69
0.837
0.006
10/23/2014 16:00
13.62
1.501
25.05
0.801
0.004
10/23/2014 17:00
12.79
1.501
24.59
0.776
0.002
10/23/2014 18:00
12.48
1.501
22.28
0.2
0
10/23/2014 19:00
12.62
1.501
18.82
-0.009
0
10/23/2014 20:00
12.58
1.5
18.17
-0.01
0
10/23/2014 21:00
12.39
1.5
16.98
-0.01
0
10/23/2014 22:00
12.31
1.501
15.46
-0.01
0
10/23/2014 23:00
12.43
1.5
14.44
-0.01
0
10/24/2014 0:00
12.28
1.5
13.65
-0.009
0
10/24/2014 1:00
12.44
1.5
12.85
-0.008
0
10/24/2014 2:00
12.17
1.5
12.28
-0.007
0
10/24/2014 3:00
12.25
1.5
11.21
-0.006
0
10/24/2014 4:00
12.34
1.5
10.42
-0.005
0
10/24/2014 5:00
12.19
1.5
9.82
-0.004
0
10/24/2014 6:00
12.3
1.5
9.28
-0.004
0
10/24/2014 7:00
12.33
1.5
8.75
0.038
0
10/24/2014 8:00
13.36
1.5
12.23
1.953
0
10/24/2014 9:00
13.26
1.5
17.38
3.953
0
10/24/2014 10:00
13.84
1.501
20.03
3.483
0.009
10/24/2014 11:00
13.61
1.501
21.36
2.145
0.006
10/24/2014 12:00
13.84
1.501
22.65
1.465
0.003
10/24/2014 13:00
13.76
1.501
23.58
1.112
0.001
10/24/2014 14:00
13.85
1.501
24.21
0.929
0.008
10/24/2014 15:00
13.84
1.501
25.03
0.848
0.001
10/24/2014 16:00
13.9
1.501
25.51
0.81
0
10/24/2014 17:00
12.7
1.501
24.82
0.791
0
10/24/2014 18:00
12.61
1.501
22.04
0.197
0
10/24/2014 19:00
12.6
1.501
18.49
-0.009
0
10/24/2014 20:00
12.32
1.5
16.69
-0.01
0
10/24/2014 21:00
12.51
1.501
15.26
-0.01
0
10/24/2014 22:00
12.42
1.501
14.14
-0.01
0
10/24/2014 23:00
12.51
1.5
13.22
-0.01
0
C-36
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/25/2014 0:00
12.39
1.501
12.42
-0.009
0
10/25/2014 1:00
12.45
1.5
11.64
-0.007
0
10/25/2014 2:00
12.41
1.5
10.78
-0.007
0
10/25/2014 3:00
12.38
1.5
10.08
-0.006
0
10/25/2014 4:00
12.2
1.5
9.5
-0.004
0
10/25/2014 5:00
12.23
1.5
9.2
-0.004
0
10/25/2014 6:00
12.31
1.5
9.05
-0.004
0
10/25/2014 7:00
12.15
1.5
8.81
0.037
0
10/25/2014 8:00
13.36
1.5
11.38
1.526
0
10/25/2014 9:00
13.84
1.5
16.13
4.841
0
10/25/2014 10:00
13.82
1.501
20.57
3.25
0
10/25/2014 11:00
13.78
1.501
22.4
2.004
0
10/25/2014 12:00
13.79
1.501
23.57
1.401
0.008
10/25/2014 13:00
13.65
1.501
24.38
1.078
0.024
10/25/2014 14:00
13.86
1.501
25.2
0.92
0.009
10/25/2014 15:00
13.63
1.501
25.78
0.845
0.006
10/25/2014 16:00
13.73
1.501
25.81
0.811
0.009
10/25/2014 17:00
12.63
1.501
25.17
0.802
0
10/25/2014 18:00
12.64
1.501
21.54
0.203
0
10/25/2014 19:00
12.56
1.5
17.73
-0.009
0
10/25/2014 20:00
12.54
1.501
15.89
-0.01
0
10/25/2014 21:00
12.35
1.501
14.6
-0.01
0
10/25/2014 22:00
12.52
1.5
13.66
-0.01
0
10/25/2014 23:00
12.27
1.501
12.8
-0.01
0
10/26/2014 0:00
12.45
1.5
12.07
-0.008
0
10/26/2014 1:00
12.35
1.5
11.19
-0.007
0
10/26/2014 2:00
12.38
1.5
10.52
-0.007
0
10/26/2014 3:00
12.25
1.5
9.83
-0.006
0
10/26/2014 4:00
12.14
1.5
9.31
-0.004
0
10/26/2014 5:00
12.19
1.5
8.81
-0.004
0
10/26/2014 6:00
12.16
1.5
8.32
-0.003
0
10/26/2014 7:00
12.28
1.5
7.98
0.034
0
10/26/2014 8:00
13.13
1.5
10.53
1.544
0
10/26/2014 9:00
13.58
1.5
16.36
4.88
0
10/26/2014 10:00
13.93
1.5
19.83
3.255
0
C-37
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/26/2014 11:00
13.82
1.501
23.54
2.032
0
10/26/2014 12:00
13.73
1.501
25.46
1.436
0
10/26/2014 13:00
13.91
1.501
26.51
1.104
0
10/26/2014 14:00
13.79
1.501
27.36
0.956
0
10/26/2014 15:00
13.73
1.501
28.03
0.88
0
10/26/2014 16:00
13.77
1.501
28.41
0.845
0
10/26/2014 17:00
12.85
1.501
27.96
0.836
0
10/26/2014 18:00
12.56
1.501
24.42
0.212
0
10/26/2014 19:00
12.57
1.501
20.53
-0.009
0
10/26/2014 20:00
12.6
1.501
20.36
-0.01
0
10/26/2014 21:00
12.33
1.501
18.42
-0.01
0
10/26/2014 22:00
12.5
1.5
16.81
-0.01
0
10/26/2014 23:00
12.28
1.501
15.75
-0.01
0
10/27/2014 0:00
12.47
1.501
15
-0.01
0
10/27/2014 1:00
12.44
1.501
14.36
-0.01
0
10/27/2014 2:00
12.33
1.5
13.83
-0.01
0
10/27/2014 3:00
12.38
1.5
13.32
-0.009
0
10/27/2014 4:00
12.33
1.5
12.96
-0.008
0
10/27/2014 5:00
12.2
1.5
12.47
-0.007
0
10/27/2014 6:00
12.33
1.501
12.23
-0.007
0
10/27/2014 7:00
12.35
1.5
12.01
0.038
0
10/27/2014 8:00
13.28
1.5
13.4
1.329
0
10/27/2014 9:00
13.49
1.501
18.92
5.119
0
10/27/2014 10:00
13.77
1.501
23.62
3.656
0
10/27/2014 11:00
13.73
1.501
26.32
2.12
0
10/27/2014 12:00
13.81
1.501
27.88
1.427
0.001
10/27/2014 13:00
13.54
1.501
29.06
1.089
0.004
10/27/2014 14:00
13.6
1.501
29.6
0.92
0.007
10/27/2014 15:00
13.72
1.501
29.7
0.85
0.005
10/27/2014 16:00
13.8
1.501
29.61
0.825
0.001
10/27/2014 17:00
12.93
1.501
29.69
0.819
0
10/27/2014 18:00
12.65
1.501
26.44
0.223
0
10/27/2014 19:00
12.58
1.501
23.23
-0.01
0
10/27/2014 20:00
12.58
1.501
20.68
-0.01
0
10/27/2014 21:00
12.54
1.5
19.03
-0.01
0
C-38
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/27/2014 22:00
12.28
1.5
18
-0.01
0
10/27/2014 23:00
12.49
1.501
16.93
-0.01
0
10/28/2014 0:00
12.48
1.501
16.17
-0.01
0
10/28/2014 1:00
12.45
1.501
15.5
-0.01
0
10/28/2014 2:00
12.2
1.501
14.82
-0.01
0
10/28/2014 3:00
12.18
1.5
14.2
-0.01
0
10/28/2014 4:00
12.4
1.501
13.64
-0.009
0
10/28/2014 5:00
12.26
1.501
13.11
-0.007
0
10/28/2014 6:00
12.26
1.5
12.86
-0.007
0
10/28/2014 7:00
12.17
1.5
12.77
0.03
0
10/28/2014 8:00
13.2
1.5
15.7
1.54
0
10/28/2014 9:00
13.61
1.501
21.04
5.1
0
10/28/2014 10:00
13.52
1.501
23.47
3.462
0
10/28/2014 11:00
13.72
1.501
25.35
2.024
0.002
10/28/2014 12:00
13.58
1.501
26.39
1.404
0.001
10/28/2014 13:00
13.69
1.501
27.09
1.087
0.003
10/28/2014 14:00
13.78
1.501
27.61
0.928
0.002
10/28/2014 15:00
13.69
1.501
28.41
0.849
0
10/28/2014 16:00
13.78
1.501
28.83
0.825
0
10/28/2014 17:00
13.76
1.501
28.4
0.821
0
10/28/2014 18:00
12.6
1.501
24.49
0.197
0
10/28/2014 19:00
12.44
1.5
21.06
-0.01
0
10/28/2014 20:00
12.58
1.5
19.6
-0.01
0
10/28/2014 21:00
12.39
1.501
18.4
-0.01
0
10/28/2014 22:00
12.44
1.5
17.5
-0.01
0
10/28/2014 23:00
12.45
1.5
16.91
-0.01
0
10/29/2014 0:00
12.49
1.5
16.44
-0.01
0
10/29/2014 1:00
12.37
1.501
15.94
-0.01
0
10/29/2014 2:00
12.39
1.501
15.52
-0.01
0
10/29/2014 3:00
12.35
1.501
15.49
-0.01
0
10/29/2014 4:00
12.27
1.501
15.34
-0.01
0
10/29/2014 5:00
12.26
1.501
15.17
-0.01
0
10/29/2014 6:00
12.29
1.5
14.99
-0.01
0
10/29/2014 7:00
12.36
1.501
14.83
0.047
0
10/29/2014 8:00
13.05
1.5
16.75
1.417
0
C-39
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/29/2014 9:00
13.66
1.501
21.66
4.863
0
10/29/2014 10:00
13.5
1.501
24
3.823
0
10/29/2014 11:00
13.66
1.501
26.27
2.117
0
10/29/2014 12:00
13.72
1.501
27.22
1.432
0.017
10/29/2014 13:00
13.68
1.501
27.66
1.07
0.008
10/29/2014 14:00
13.69
1.501
27.99
0.908
0.027
10/29/2014 15:00
13.77
1.501
27.46
0.836
0.002
10/29/2014 16:00
13.52
1.501
27.67
0.802
0
10/29/2014 17:00
13.58
1.501
27.89
0.812
0.001
10/29/2014 18:00
12.58
1.501
24.91
0.182
0
10/29/2014 19:00
12.6
1.501
21.86
-0.01
0
10/29/2014 20:00
12.44
1.5
20.97
-0.01
0
10/29/2014 21:00
12.39
1.5
20.54
-0.01
0
10/29/2014 22:00
12.54
1.5
20.03
-0.01
0
10/29/2014 23:00
12.31
1.5
19.68
-0.01
0
10/30/2014 0:00
12.41
1.501
18.29
-0.01
0
10/30/2014 1:00
12.3
1.5
17.36
-0.01
0
10/30/2014 2:00
12.26
1.5
16.64
-0.01
0
10/30/2014 3:00
12.28
1.501
16.18
-0.01
0
10/30/2014 4:00
12.33
1.501
15.7
-0.01
0
10/30/2014 5:00
12.31
1.501
15.48
-0.01
0
10/30/2014 6:00
12.16
1.501
15.14
-0.01
0
10/30/2014 7:00
12.28
1.5
15.01
0.009
0
10/30/2014 8:00
12.48
1.5
16.15
0.499
0
10/30/2014 9:00
12.88
1.5
18.81
1.605
0
10/30/2014 10:00
13.07
1.501
20.73
2.96
0
10/30/2014 11:00
13.39
1.501
22.18
4.38
0
10/30/2014 12:00
13.7
1.501
23.71
2.934
0
10/30/2014 13:00
13.52
1.501
24.76
1.728
0
10/30/2014 14:00
13.71
1.501
25.93
1.21
0
10/30/2014 15:00
12.79
1.501
25.63
0.992
0
10/30/2014 16:00
12.62
1.501
22.91
0.661
0
10/30/2014 17:00
12.63
1.5
21.38
0.193
0
10/30/2014 18:00
12.32
1.501
19.81
0.005
0
10/30/2014 19:00
12.36
1.501
18.9
-0.01
0
C-40
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
10/30/2014 20:00
12.35
1.501
18.79
-0.01
0
10/30/2014 21:00
12.49
1.501
18.66
-0.01
0
10/30/2014 22:00
12.46
1.5
18.44
-0.01
0
10/30/2014 23:00
12.29
1.5
16.98
-0.01
0
10/31/2014 0:00
12.44
1.5
16.82
-0.01
0
10/31/2014 1:00
12.44
1.5
16.62
-0.01
0
10/31/2014 2:00
12.23
1.5
15.96
-0.01
0
10/31/2014 3:00
12.37
1.501
14.64
-0.008
0
10/31/2014 4:00
12.31
1.501
13.79
-0.007
0
10/31/2014 5:00
12.16
1.5
13.04
-0.007
0
10/31/2014 6:00
12.1
1.5
12.28
-0.006
0
10/31/2014 7:00
12.15
1.5
11.3
0.02
0
10/31/2014 8:00
12.83
1.501
11.99
1.221
0
10/31/2014 9:00
13.54
1.5
14.34
4.799
0
10/31/2014 10:00
13.76
1.501
16.84
3.783
0
10/31/2014 11:00
13.74
1.501
19.67
2.177
0
10/31/2014 12:00
13.74
1.501
21.39
1.523
0.007
10/31/2014 13:00
13.74
1.501
22.17
1.15
0.01
10/31/2014 14:00
13.67
1.501
23.18
0.951
0.007
10/31/2014 15:00
13.64
1.501
23.54
0.869
0.006
10/31/2014 16:00
13.69
1.501
23.46
0.822
0.01
10/31/2014 17:00
13.52
1.501
23.04
0.81
0.001
10/31/2014 18:00
12.52
1.5
19.31
0.175
0
10/31/2014 19:00
12.49
1.5
15.49
-0.01
0
10/31/2014 20:00
12.54
1.5
13.99
-0.01
0
10/31/2014 21:00
12.5
1.501
13.16
-0.01
0
10/31/2014 22:00
12.45
1.5
11.91
-0.008
0
10/31/2014 23:00
12.46
1.5
10.75
-0.007
0
11/1/2014 0:00
12.37
1.5
9.96
-0.007
0
11/1/2014 1:00
12.26
1.5
9.95
-0.007
0
11/1/2014 2:00
12.24
1.5
9.89
-0.006
0
11/1/2014 3:00
12.41
1.5
9.91
-0.004
0
11/1/2014 4:00
12.35
1.5
12.02
-0.006
0
11/1/2014 5:00
12.33
1.5
11.64
-0.006
0.004
11/1/2014 6:00
12.3
1.5
10.63
-0.004
0.006
C-41
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
11/1/2014 7:00
12.28
1.5
8.79
0.023
0.014
11/1/2014 8:00
13.38
1.5
7.839
1.522
0.006
11/1/2014 9:00
13.62
1.5
8.12
4.419
0.033
11/1/2014 10:00
13.88
1.5
8.82
2.555
0.055
11/1/2014 11:00
13.64
1.5
10.11
1.641
0.048
11/1/2014 12:00
13.76
1.5
11.31
1.252
0.068
11/1/2014 13:00
13.7
1.5
12.26
1.037
0.052
11/1/2014 14:00
13.91
1.5
13.33
0.906
0.064
11/1/2014 15:00
13.7
1.5
13.99
0.823
0.055
11/1/2014 16:00
13.92
1.5
14.36
0.772
0.025
11/1/2014 17:00
13.81
1.5
13.95
0.749
0.019
11/1/2014 18:00
12.54
1.501
12.56
0.18
0.002
11/1/2014 19:00
12.57
1.501
9.26
-0.006
0
11/1/2014 20:00
12.49
1.5
7.217
-0.005
0
11/1/2014 21:00
12.4
1.5
6.36
-0.004
0
11/1/2014 22:00
12.46
1.5
6.592
-0.003
0
11/1/2014 23:00
12.42
1.5
7.986
-0.003
0
11/2/2014 0:00
12.29
1.5
7.884
-0.003
0
11/2/2014 1:00
12.42
1.5
6.98
-0.003
0
11/2/2014 2:00
12.22
1.5
5.965
-0.003
0
11/2/2014 3:00
12.29
1.5
5.35
-0.003
0
11/2/2014 4:00
12.21
1.5
4.634
-0.003
0
11/2/2014 5:00
12.31
1.5
3.998
-0.003
0
11/2/2014 6:00
12.08
1.5
3.575
-0.003
0
11/2/2014 7:00
12.27
1.5
3.136
0.021
0
11/2/2014 8:00
13.49
1.5
3.501
1.312
0
11/2/2014 9:00
14.35
1.5
6.8
5
0.001
11/2/2014 10:00
14.25
1.502
9.48
3.307
0
11/2/2014 11:00
14.37
1.502
11.54
1.865
0
11/2/2014 12:00
13.82
1.502
13.66
1.264
0.005
11/2/2014 13:00
13.94
1.501
15.07
0.984
0.008
11/2/2014 14:00
14.07
1.501
16.38
0.863
0.011
11/2/2014 15:00
13.93
1.501
17.48
0.813
0.005
11/2/2014 16:00
13.86
1.501
17.99
0.782
0.002
11/2/2014 17:00
13.88
1.501
17.71
0.781
0
C-42
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
11/2/2014 18:00
12.44
1.5
14.91
0.144
0
11/2/2014 19:00
12.6
1.501
10.72
-0.007
0
11/2/2014 20:00
12.55
1.5
8.24
-0.006
0
11/2/2014 21:00
12.49
1.5
6.892
-0.004
0
11/2/2014 22:00
12.52
1.5
5.955
-0.003
0
11/2/2014 23:00
12.3
1.5
5.324
-0.003
0
11/3/2014 0:00
12.37
1.5
4.442
-0.003
0
11/3/2014 1:00
12.3
1.5
3.352
-0.003
0
11/3/2014 2:00
12.41
1.5
2.722
-0.003
0
11/3/2014 3:00
12.36
1.5
2.182
-0.003
0
11/3/2014 4:00
12.35
1.499
1.8
-0.003
0
11/3/2014 5:00
12.12
1.5
1.52
-0.003
0
11/3/2014 6:00
12.08
1.5
1.521
-0.003
0
11/3/2014 7:00
12.14
1.499
1.7
0.021
0
11/3/2014 8:00
13.54
1.5
4.294
1.248
0
11/3/2014 9:00
14.07
1.5
10.95
5.001
0.001
11/3/2014 10:00
14.45
1.501
14.1
3.542
0.002
11/3/2014 11:00
14.41
1.501
16.5
2.005
0.009
11/3/2014 12:00
14.05
1.501
18.67
1.304
0.024
11/3/2014 13:00
13.9
1.501
19.67
1.005
0.018
11/3/2014 14:00
13.85
1.501
20.53
0.874
0.017
11/3/2014 15:00
14.11
1.5
21.16
0.819
0.007
11/3/2014 16:00
14.08
1.501
21.2
0.798
0.013
11/3/2014 17:00
13.63
1.501
20.91
0.805
0.002
11/3/2014 18:00
12.5
1.501
18.57
0.145
0
11/3/2014 19:00
12.61
1.5
15.55
-0.01
0
11/3/2014 20:00
12.55
1.5
14.32
-0.01
0
11/3/2014 21:00
12.45
1.5
13.51
-0.009
0
11/3/2014 22:00
12.45
1.5
13.18
-0.009
0
11/3/2014 23:00
12.43
1.5
12.58
-0.008
0
11/4/2014 0:00
12.3
1.501
12.28
-0.007
0
11/4/2014 1:00
12.34
1.5
11.8
-0.007
0
11/4/2014 2:00
12.46
1.5
11.74
-0.006
0
11/4/2014 3:00
12.22
1.5
10.91
-0.005
0
11/4/2014 4:00
12.21
1.5
11.34
-0.005
0
C-43
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
11/4/2014 5:00
12.15
1.5
10.73
-0.004
0
11/4/2014 6:00
12.11
1.5
11.26
-0.004
0
11/4/2014 7:00
12.28
1.5
10.02
0.018
0
11/4/2014 8:00
13.24
1.5
11.84
1.111
0
11/4/2014 9:00
13.52
1.5
16.2
5.098
0
11/4/2014 10:00
13.8
1.501
19.3
3.71
0
11/4/2014 11:00
13.79
1.501
21.85
2.018
0.002
11/4/2014 12:00
13.86
1.501
23.37
1.336
0.02
11/4/2014 13:00
13.82
1.501
24.19
1.027
0.019
11/4/2014 14:00
13.84
1.501
24.23
0.874
0.005
11/4/2014 15:00
13.87
1.501
24.6
0.815
0.007
11/4/2014 16:00
13.9
1.501
24.9
0.798
0.004
11/4/2014 17:00
12.66
1.501
23.82
0.81
0
11/4/2014 18:00
12.56
1.501
21.26
0.224
0
11/4/2014 19:00
12.62
1.501
18.91
-0.01
0
11/4/2014 20:00
12.42
1.501
17.82
-0.01
0
11/4/2014 21:00
12.52
1.5
17.92
-0.01
0
11/4/2014 22:00
12.47
1.5
17.65
-0.01
0
11/4/2014 23:00
12.41
1.5
17.11
-0.01
0
11/5/2014 0:00
12.46
1.5
16.48
-0.01
0
11/5/2014 1:00
12.47
1.5
16.4
-0.01
0
11/5/2014 2:00
12.41
1.5
16.91
-0.01
0
11/5/2014 3:00
12.45
1.5
16.97
-0.01
0
11/5/2014 4:00
12.38
1.5
16.3
-0.01
0
11/5/2014 5:00
12.34
1.5
16.02
-0.01
0
11/5/2014 6:00
12.24
1.5
16.21
-0.01
0
11/5/2014 7:00
12.26
1.501
17.15
-0.005
0
11/5/2014 8:00
12.56
1.5
18.27
0.659
0
11/5/2014 9:00
12.9
1.5
19.67
2.068
0
11/5/2014 10:00
13.31
1.501
22.48
4.258
0
11/5/2014 11:00
13.39
1.501
24.13
3.998
0
11/5/2014 12:00
13.7
1.501
25.1
2.139
0.007
11/5/2014 13:00
13.7
1.501
25.94
1.349
0
11/5/2014 14:00
13.71
1.501
26.22
0.99
0.002
11/5/2014 15:00
13.5
1.501
26.74
0.862
0.003
C-44
-------
Small Footprint SolarAA/ind-Powered CASTNET System
Battery Voltage Flow Rate Solar Output Wind Output
Date/Time
(volts)
(Ipm)
Temp (°C)
(watts)
(watts)
11/5/2014 16:00
13.65
1.501
26.95
0.804
0
11/5/2014 17:00
12.66
1.501
26.1
0.809
0
11/5/2014 18:00
12.57
1.501
23.11
0.173
0
11/5/2014 19:00
12.6
1.501
21.54
-0.01
0
11/5/2014 20:00
12.56
1.5
21.08
-0.01
0
11/5/2014 21:00
12.54
1.5
20.24
-0.01
0
11/5/2014 22:00
12.54
1.5
19.27
-0.01
0
11/5/2014 23:00
12.5
1.5
18.62
-0.01
0
11/6/2014 0:00
12.3
1.5
17.99
-0.01
0
11/6/2014 1:00
12.27
1.5
17.15
-0.01
0
11/6/2014 2:00
12.28
1.5
16.5
-0.01
0
11/6/2014 3:00
12.37
1.5
16.42
-0.01
0
11/6/2014 4:00
12.41
1.5
16.13
-0.01
0
11/6/2014 5:00
12.36
1.5
15.41
-0.01
0
11/6/2014 6:00
12.12
1.5
14.83
-0.009
0
11/6/2014 7:00
12.25
1.501
14.3
0.044
0
11/6/2014 8:00
12.64
1.5
14.92
0.756
0
11/6/2014 9:00
13.16
1.5
17.91
3.035
0
11/6/2014 10:00
13.15
1.501
23.16
4.406
0
11/6/2014 11:00
13.68
1.501
24.52
2.804
0
C-45
------- |