Solartech-UK presents the most powerful hybrid collector currently on the market. The EXCELL PVT impresses with its new design and the higher performance of its predecessor.

The Solartech-UK Excell is not a subsequently converted PV module where a thermal absorber (mostly plastic) was subsequently glued to the back, but 100% hybrid. The excel PVT hybrid collector was produced from the ground up as a hybrid.

Simple PV modules have a major disadvantage: on particularly sunny days when the photovoltaic system should actually be at its most efficient, the output drops as the temperature of the modules increases. This is where the Solartech-UK hybrid collectors come into play. SOLARTECH-UK EXCELL hybrid collectors consist of a monocrystalline cell and a copper absorber behind it. The copper absorber ensures optimal heat dissipation from the PV cells to the heat transfer medium. 
The thermal absorber has no optical power but only uses the waste heat from the cells.

 

Properties:

 

  • 330W PV power
  • 855W thermal power
  • 30% more efficient than conventional PV modules
  • Electricity and heat from one collector

Solar Photovoltaic-Thermal Hybrid Collector 330/855W

SKU: MA-0601
£585.00Price
  • Technical Specifications

    Dimensions 1670 x 995 x 60
    Size 1.66 m²
    Weight 38.4 kg
    Number of cells 60
    Dimensions of the cells 156 x 156
    Peek reading PV 330W
    Peek performance thermal 855W
    PV tolerance 0 - + 5Wp
    Short circuit current (Isc) 9.94 A
    Open circuit voltage (Voc) 39.25 V
    Max supply voltage (Vpm) 32.18 V
    Max. System voltage UL: 600V / IEC: 1000V
    Absorber Copper & Monocrystalline Cells
    Welding method laser
    Number of risers 7
    Dimensions of the riser/collecting pipe 8/18
    Heat exchanger copper
    Absorber tubes copper
    Content 0.85 L.
    Test pressure 15.3 bar
    Operating pressure 8.6 bar
    Seal EDPD & silicone
    Back Aluminum-laminated sheet metal
    Insulation Glass wool
    Product guarantee 10 years
    Performance guarantee 90% <10 years, 80% 20 years