€ 810,90
Thermo module 2Power HM 260 eWp / 667 tWp | Solar panel to produce electricity and hot water. Solar module to produce electricity and hot water. Solar panels for production of electricity. Thermo module 2Power HM 260 eWp / 667 tWp sale of photovoltaic (solar) panels, photovoltaic inverters, energy audit
· Producer: 2Power
· Technology: Monocrystalline
· Power: 260Wp електрическа мощност / 667 Wp топлинна мощност
· Voltage at max. power: 30.9 V
· Current at max. power: 9.01 A
· Voltage at open circuit: 37.3 V
– Warranty: 10 years
– Descriction:
Thermal solar panels / PVT / are used for cogeneration of electricity and hot water. The modules are with European quality of one of the leading manufacturers in the branch – 2Power, Germany and they are characterized by the following properties:
– High efficiency solar cells with a positive power tolerance;
– Heavy duty – static loads up to 5,4 kN/m2, and wind flows – up to 2,4 kN/m2;
– Certified and patented in Germany;
– Improved absorbent technology for heat transfer from the surface of the module;
– High electrical performance due to the cooling of the solar cells;
– There was no effect of frost or snow cover during the winter seasons;
The combination of PV part with thermal collector leads to a significant increasing in the efficiency of the solar cells because of its cooling and the excess heat is used to provide hot water –both for household need and home heating.
The Photovoltaic thermal panels contribute for more efficient and simultaneous use of the sun’s heat and light. They are solution and combine the yield of two completely different final products, which are derived from the same work area. With a similar cogeneration could be reduced the installed PV size and can be increased the return of investments. All of this ensures quality and saves energy and money.
More about PV Thermal module 2Power HM 260 eWp / 667 tWp.
If you have questions or specific requirement for offer, please contact with our competent and responsive team:
02 / 488 17 47 | 02 / 444 74 80