OSCAR Solar Photovoltaic Thermal Panel: Electricity generation + Solar heater (air and water). Combined solutions for all your energy needs. Efficient use of solar energy resources.

🔋Solar photovoltaic thermal panels generate electricity

OS60  Area: 1134mm*1970mm=2.23㎡; open circuit voltage: 42.07 V; short circuit current: 12.35 A; working voltage: 35.60 V; working current: 11.69 A; maximum power: 416.06 W (STC).

OS36  Area: 670mm*1470mm=1; open circuit voltage: 22.1 V; short circuit current: 9.29 A; working voltage: 18.5 V; working current: 8.32 A; maximum power: 150 W (STC).

🔥Solar preheating fresh outdoor air, temperature rise above ambient 25 ºC: can save more than 60% on electricity and heating costs

💧Solar hot air heats the air source heat pump, doubling the amount of hot water

 🌬️Ventilate the building for a healthy climate: public spaces require forced ventilation

💦Dehumidification and Humidification: optimum level is a relative humidity (RF) of 40-70%

Main parameters of single-chip PVT ( Irradiance 1000W/): the total energy is 2-4 times that of ordinary photovoltaic panels

OS60 Area: 1134mm*1970mm=2.23㎡; ◼ Generated Output: 416W; ◼ Heat Collecting Output: 500-1300W; ◼ Heat Collecting Efficiency: 30%-60%

OS36 Area: 670mm*1470mm=1㎡; ◼ Generated Output: 150W; ◼ Heat Collecting Output: 300-600W; ◼ Heat Collecting Efficiency: 30%-60%

Introduction to solar electricity and heat function

Photovoltaic panels absorb 22% of solar energy for power generation, and the surrounding air absorbs the rest of the radiant heat, which then enters the building through 12mm chamfered air holes of the cells. By cooling solar panels, power generation can be increased by 7%-20% throughout the year. The solar panels can be assembled in multiple rows and columns according to the roof conditions.




Schools & gymnasiums



Crop food drying, etc.

10 Year Solar Photovoltaic Thermal Panel Warranty 

30 Year Linear Power Warranty

0.45% Annual Degradation Over 30 years

TÜV Rheinland test: Thermal performance test; Visual inspection; Internal pressure test; Rupture or collapse test; Exposure test; External thermal shock; Internal thermal shock; Rain penetration; Freeze resistance; Mechanical load; Impact resistance test; Final inspection.