Isofoton HCSP High Concentration solar panel 83Wp

Isofoton's 83Wp HCPV technology obtains power energy by concentrating sunlight through an optical lenses system, onto high efficiency photovoltaic solar cells. The system enables a high electrical output from a semiconductor surface far smaller than other solar technologies. HCPV technology uses high efficiency solar cells made of III-V semiconductor materials. To achieve these results, an optical system s used and comprises two lenses. This concentrates x several hundred onto the solar cells, that transform the concentrated sunlight into electrical energy at around 39% efficiency.

High Concentration Photovoltaic technology offers important advantages over other established PV technologies:
Flexibility: Plants across a range of power capacities from 1 kWp systems up to several MWp.
Scalability: Power plant can be scaled up very easily, without having to develop new systems or procedures.
Efficiency: The temperature coefficients of the III-V cells used improve field HCPV outcomes.
Availability: Construction and commissioning times are very short, thanks to “plug & play” HCPV systems.
Environmental sustainability: It minimizes environmental impact, it allows a secondary use of land and it does not consume water.
Economy of space: It requires less land. The MW/m2 ratio is far higher than more established technologies such as mono and polycrystalline silicon (x-Si) or thin-film (CdTe, a-Si and CIGS)

Specs:
Short circuit current(Isc)                        5.59A
Open Voltage Circuit (Voc)                    17V
Power                                                 83.6W
Maximum power current (Imp)               5.45A
Maxiumm power Voltage (Vmp)             15.34V

Size (LxWxH) mm                                          754 x 514 x 303.2