Solar Technology 125W Double ETFE Flexi Top Exit Solar Panel

SKU
751-STPVF125ET

Featuring a tough, double-sided, laminated outer layer, the 125W Flexi Double ETFE solar panel is designed and built for durability. High weather and corrosion resistant, the panel is IPX7 rated and tested to ASTM B117 - ISO9227. That’s proven exposure to saltwater spray for more than 1000 hours as well as accelerated Ultraviolet (UV) testing to ISO 4892.

SRP ex vat: £333.33
Reserve - Stock Pending. Please call
  • Power: 125W
  • Size: 665 x 1035 x 4mm
  • Weight: 4.6Kg
  • Amp hours per day: 38.7A
  • Vmp: 19.4V
  • Voc: 22.1V
  • Isc: 6.77A

The benefits of ETFE

The dimpled surface pattern in our Flexi double ETFE Flexi panels deliver excellent light transmission to the high efficiency monocrystalline solar cells maximising solar power generation.

The panels are suitable for flat and slightly curved surfaces and perfect for campervans and leisure vehicle roofs where panel weight needs to be minimised.

Completely waterproof

Each panel is assembled to ensure complete encapsulation. This ensures the six layer heavy duty laminate protects the solar cell circuit from extreme conditions. The junction box is also injected with special silicone, guaranteeing no water ingress.

Superior design

There are no square edges on a PV Logic flexi solar panel! Rounded panel corners and a unique curved junction box provide superior adhesion, no snag lamination and no sharp edges. The junction box is mechanically fixed in addition to being bonded to the panel. Strain relief is provided for the fitted UV stabilised PV cable ensuring it cannot be accidentally pulled from the junction box. 

Easy fix

The flexi range can be bonded to flat or slight curved surfaces (3cm curve per metre) such as painted aluminium, metal, GRP and fibreglass using Henekel MS939 elastic adhesive, or similar.  

Installation method

Please only use the glue pattern below for land based vehicles and applications (this is covered in more detail in the instructions), which ensures air flow under the panel is achieved preventing heat build-up and potential warping under extreme heat.