36 polycrystalline silicon solar cells (156mm x 78cm) which are connected in series
and capable of charging 12V batteries
2 bypass diode is installed to avoid ‘hot spot’ effect
Heavy duty anodised aluminium frame provides high wind resistance and convenient
mounting access
Cells are laminated between high transmissivity, low iron, 3mm tempered glass and
a sheet of TPT material and finally two sheets of EVA to prevent moisture entering
the module
36 polycrystalline silicon solar cells (156mm x 78cm) which are connected in series
and capable of charging 12V batteries
2 bypass diode is installed to avoid ‘hot spot’ effect
Heavy duty anodised aluminium frame provides high wind resistance and convenient
mounting access
Cells are laminated between high transmissivity, low iron, 3mm tempered glass and
a sheet of TPT material and finally two sheets of EVA to prevent moisture entering
the module
36 polycrystalline silicon solar cells (156mm x 78cm) which are connected in series
and capable of charging 12V batteries
2 bypass diode is installed to avoid ‘hot spot’ effect
Heavy duty anodised aluminium frame provides high wind resistance and convenient
mounting access
Cells are laminated between high transmissivity, low iron, 3mm tempered glass and
a sheet of TPT material and finally two sheets of EVA to prevent moisture entering
the module