| Quantity: | |
|---|---|
550W
Solaraven
8419901000
photovoltaic/ thermal integration PVT solar module
PVT photovoltaic/thermal solar panel utilize the heat energy generated by solar PVT modules while generating electricity to provide hot water or heating. It is a highly efficient combined heat and power system that couples PVT modules with multiple energy systems, solving both electricity and heat needs for users.
Photovoltaic/solar thermal integration: Integrates photovoltaic, solar thermal, air source, and heat pump technologies
Parameters of PVT solar module
| panel size | 2278*1134*35mm | Weight | 45KG | |
| wattage | 550W | Absorber area | 2.56㎡ | |
| thermal wattage | 1150W | Absorber size | 2271*1127mm | |
| Heat Efficiency | 0.72 | Absorber material | stainless steel | |
| Glass type | low iron tempered | outlet | 1/2'' male | |
| Glass cover size | 2272*1128*3.2mm | heat exchange fluid | anti freeze liquid | |
| Frame | Aluminum alloy | insulation | EPP | |
| Cell number | 144pcs | insulation thick | 27mm | |
| Junction box | IP68 3pcs Diode | Wire length | 250/300mm | |
| Connetcor | HTC-16.IP68 | snow/wind load | 5400/2400pa |
The PVT solar module increase PV power generation efficiency
the working temperature of photovoltaic solar panel under good irradiation goes high. The PVT module back flow channel can absorb heat from photovoltaic solar cells, to increase the power generation efficiency by 8-15%.
PVT solar modules (photovoltaic-thermal integrated modules) are solar energy devices that can generate electricity and heat simultaneously, with an overall energy efficiency of 70%-85%. They are particularly suitable for scenarios that require both electricity and heat, such as factories, hotels, or agricultural greenhouses.
It generates electricity through a photovoltaic layer and simultaneously uses a photothermal layer to absorb waste heat to heat water or air. This improves power generation efficiency (efficiency increases by 0.4%-0.5% for every 1 degree Celsius drop in temperature) while also providing hot water or hot air.
System diagram
photovoltaic/ thermal integration PVT solar module
PVT photovoltaic/thermal solar panel utilize the heat energy generated by solar PVT modules while generating electricity to provide hot water or heating. It is a highly efficient combined heat and power system that couples PVT modules with multiple energy systems, solving both electricity and heat needs for users.
Photovoltaic/solar thermal integration: Integrates photovoltaic, solar thermal, air source, and heat pump technologies
Parameters of PVT solar module
| panel size | 2278*1134*35mm | Weight | 45KG | |
| wattage | 550W | Absorber area | 2.56㎡ | |
| thermal wattage | 1150W | Absorber size | 2271*1127mm | |
| Heat Efficiency | 0.72 | Absorber material | stainless steel | |
| Glass type | low iron tempered | outlet | 1/2'' male | |
| Glass cover size | 2272*1128*3.2mm | heat exchange fluid | anti freeze liquid | |
| Frame | Aluminum alloy | insulation | EPP | |
| Cell number | 144pcs | insulation thick | 27mm | |
| Junction box | IP68 3pcs Diode | Wire length | 250/300mm | |
| Connetcor | HTC-16.IP68 | snow/wind load | 5400/2400pa |
The PVT solar module increase PV power generation efficiency
the working temperature of photovoltaic solar panel under good irradiation goes high. The PVT module back flow channel can absorb heat from photovoltaic solar cells, to increase the power generation efficiency by 8-15%.
PVT solar modules (photovoltaic-thermal integrated modules) are solar energy devices that can generate electricity and heat simultaneously, with an overall energy efficiency of 70%-85%. They are particularly suitable for scenarios that require both electricity and heat, such as factories, hotels, or agricultural greenhouses.
It generates electricity through a photovoltaic layer and simultaneously uses a photothermal layer to absorb waste heat to heat water or air. This improves power generation efficiency (efficiency increases by 0.4%-0.5% for every 1 degree Celsius drop in temperature) while also providing hot water or hot air.
System diagram
