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Module - CPV-G1
Passive air cooling without extra electricity.
Air flows in & out the module by natural convection.
The only IEC62108 certified CPV module manufacturer in Asia.
Arima field-tested and proven CPV modules successfully passed IEC62108 test that consists
of 17 testing items such as“Thermal cycle test”,“Pre-thermal Cycle + Humidity Freeze Test”,
“Damp Heat Test”, “Mechanical Robustness Tests”,“Off-axis beam damage test” and “UV conditioning”….
- Introduction
- Specification
- Characteristic
CPV is not a brand new technology, it used to be proposed twenty some years ago.
Concentration PV includes 1) Optics: mirror or lens, 2) Receiver: III-V tandem cell, 3) Cooling: air,4) Tracker, and 5) Inverter.
III-V solar cells are with Higher efficiency comparing with traditional silicon PV cells.
Semiconductor becomes a small portion of the system cost, thus reducing overall cost
CPV technology offers a number of advantages:
1)low environmental impact
2)high efficiencies
3)constant power generation
4)low land and utility requirement
5)optimal yields and availability
Concentration PV includes 1) Optics: mirror or lens, 2) Receiver: III-V tandem cell, 3) Cooling: air,4) Tracker, and 5) Inverter.
III-V solar cells are with Higher efficiency comparing with traditional silicon PV cells.
Semiconductor becomes a small portion of the system cost, thus reducing overall cost
CPV technology offers a number of advantages:
1)low environmental impact
2)high efficiencies
3)constant power generation
4)low land and utility requirement
5)optimal yields and availability
Item | Description |
Solar cell type | Triple junction cells |
Solar cell efficiency | > 39 % |
Solar cell per module | 144 |
Concentration | 476 x |
Nominal DC power (+/- 5%) | 500 W(@STC) |
Voltage @ maximum power | 390 V |
Current @ maximum power | 1.333 A |
Module DC efficiency @STC | 27 % |
Dimension | 1680 x 1640 x 247 mm |
Net weight | 60 kg |
Acceptance angle | ± 0.3o |
Module I-V curve