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Copyright Solar Wave Energy

Indiana University

PV-Therm System Combined Heat and Power

Bloomington, IN

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monthSummary summary
1 Therm = 100,000 BTU = 29.3 kWh
Raw data summary
Use calendar to view different time spans.

First PV Data Point 2-05-2015
First Thermal Data Point 2-05-2015

SZNA Indiana University DL2

Installed by Solar Zentrum North America

First PV Data Point 2-05-2015
First Thermal Data Point: 2-05-2015

PV Data Provided By TIGO Energy


PV-Therm System Combined Heat and Power. Commercial Closed Loop PV-Thermal System.

Site contains:

  • Gross Area of collectors - 140 sq. ft (13 sq. m)
  • Collector Tilt Angle - 49 degrees
  • 50% Heat Transfer fluid - Dynalene Solar Glycol XT (-17°F to 350°F) made from sustainable, bio-based raw materials
  • Open Storage Tank with a 220 gallon capacity
  • PAW FlowCon Max Evolution II pump station
  • RESOL DeltaSol BS Plus controller
  • Inverter Diehl Controls 4301S-A
  • Tigo Energy Maximizer and MMU
  • Solar-Trac - Flexible Corrugated Stainless Steel insulated supply and return lines from OmegaFlex
  • Monitoring provided by SolarWave through RESOL Datalogger DL2 unit
  • 10 SolarZentrum NA PV-Therm 200 Collectors. SRCC#:2012040A
  • collector azimuth 180 degrees (true south)
  • RESOL WMZ-Full Kit (V40)
  • 10 panels 200 watts each (total 2.0KW)
  • Rated Power Output: 9.1 kW
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Widget summary
Widget summary
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To change time, click and drag scroll bar at bottom of schematic. The selected time can be seen on the clock.

Hold mouse over sensor to view sensor names.

Select a day or week from calendar. This will show the average of dates selected. (ex. Tank Sensor average at 1:00pm for 1 week)

Color of sensor bubble changes as the sensor value changes. Blue indicates a low value, and red indicates a high value.

Widget summary
Widget summary
(Please wait, loading time controller.)
Use calendar to view different time spans.

First PV Data Point 2-05-2015
First Thermal Data Point 2-05-2015

Values based on 12 cents per kWh