Solar panel
A set of PV cells converting solar energy into direct current. To obtain alternating current it is necessary to use invertors.
Part number:
Supplier:
AltEnergoDescription
A set of PV cells converting solar energy into direct current. To obtain alternating current it is necessary to use invertors.
Solar power plant was implemented in October 1, 2010. The total capacity is 100 kW. This is a pilot project, that works with different types of equipment. There are 1320 photovoltaic modules of two types (polycrystalline and amorphous) with active surface 1230 m2.
Solar power plant:
Nominal peak power 100 kW (each module is 20 kW)
Ther are 1320 modules with active surface 1230 m2
Polycrystalline solar panels - 347 m 2
Amorphous solar panels - 883 m2
Producers:
Polycrystalline solar panels - Ryazan Metal Ceramics Instrumentation Plant (Russia)
Amorphous solar panels - Buda Solar (Hungury)
Peak power of each panel:
Polycrystalline solar panels - 213 W
Amorphous solar panels - 50 W
Weight:
Polycrystalline solar panels - 21.5 kg
Amorphous solar panels - 13.5 kg
Solar power plant was implemented in October 1, 2010. The total capacity is 100 kW. This is a pilot project, that works with different types of equipment. There are 1320 photovoltaic modules of two types (polycrystalline and amorphous) with active surface 1230 m2.
Solar power plant:
Nominal peak power 100 kW (each module is 20 kW)
Ther are 1320 modules with active surface 1230 m2
Polycrystalline solar panels - 347 m 2
Amorphous solar panels - 883 m2
Producers:
Polycrystalline solar panels - Ryazan Metal Ceramics Instrumentation Plant (Russia)
Amorphous solar panels - Buda Solar (Hungury)
Peak power of each panel:
Polycrystalline solar panels - 213 W
Amorphous solar panels - 50 W
Weight:
Polycrystalline solar panels - 21.5 kg
Amorphous solar panels - 13.5 kg