Solar Technology 55W ETFE Flexi Solar Panel Glue & Mobile 10A PWM

• Power: 55W
• Size: 600 x 600 x 4mm
• Weight: 2.6Kg
• Amp hours per day: 19.32A
• Charge controller: Includes 10A Inline Charge Controller
• Vmp: 17.1V
• Voc: 20V
• Isc: 3.78A
• Includes panel bonding agent

The ETFE layers give the 55w flexi extra resilience in really tough conditions. ETFE has a memory effect or self-healing capacity in the event the top of the panel comes into contact with branches etc, thus ensuring any slight abrasions are ‘healed’ within a few hours. The flexi range can even be walked on with soft deck shoes! During production the ETFE is dimpled to further protect the panel and provide an anti-slip surface, particularly useful if the panel is fitted to a boat deck.

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 silicon, guaranteeing no water ingress.

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 4m UV stabilised PV cable ensuring it cannot be accidentally pulled from the junction box.

Includes 10A Inline Charge Controller

The deck top kit is supplied with a 4m cable (attached to the panel), 10Ah in-line charge controller, battery connector cable with crocodile clips, battery connector cable with ring terminals and Wago terminal connectors.

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 Simson ISR 70-03.

Installation method

Please only use the glue pattern below (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.