Reinforced Flexible Solar charging kit 

 Reinforced Flexible Solar Panel Kits

Flexible solar panels are useful for applications like RVs and campers, boating, and outdoor activities like camping or hiking where occasional power is needed. They’re typically used as an alternative to a conventional solar panel when the mounting locations are more complex, such as the curved roof of a vehicle, or when space is the main concern.flexible solar panel

You can use flexible solar panels to charge various electronic devices, such as mobile phones and digital cameras, and people often use these options when working in remote locations to power their camping equipment, GPS, and communication systems

Remember to read about Solar Panels on our Solar Panels Explained Page by clicking here. 

Then check out the Charge Controllers Explained page

And remember all Solar Panels Kits are in the UK and ready for dispatch.

Reinforced Solar Panel Kits
A Little Bit Flexible

Out of stock

What is ETFE? 

Ethylene tetrafluoroethylene (ETFE) is a fluorine-based plastic. It was designed to have high corrosion resistance and strength over a wide temperature range. ETFE is a polymer and its source-based name is poly(ethene-co-tetrafluoroethene). It is also known under the DuPont brand name Tefzel and is sometimes referred to as ‘Teflon Film’. ETFE has a relatively high melting temperature and excellent chemical, electrical and high-energy radiation resistance properties.


Useful comparison tables of PTFE against FEPPFA and ETFE can be found on DuPont’s website, listing the mechanical, thermal, chemical and electrical properties of each, side by side.[1] ETFE is effectively the high-strength version of the other three in this group.

ETFE film is self-cleaning (due to its nonstick properties) and recyclable.[2] As a film for roofing it can be stretched and still be taut if some variation in size, such as that caused by thermal expansion, were to occur. Employing heat welding, tears can be repaired with a patch or multiple sheets assembled into larger panels.

ETFE has an approximate tensile strength of 42 MPa (6100 psi), with a working temperature range of 89 K to 423 K (−185 °C to +150 °C or −300 °F to +300 °F).[3]

ETFE resins are agnostic to ultraviolet light. An artificial weathering test (comparable to 30 years’ exposure) produced no filtering and almost no signs of film deterioration.[4]

ETFE systems can control light transmission through the application of plasma coatings, varnishes or printed frit patterns.[5] Thermal and acoustic insulation can be incorporated into an ETFE structure via the use of multi-layer systems which use low-pressure air pumps to create ETFE “cushions”.[6] For instance u value of ETFE single layer, double and three layers are approximately: 5.6, 2.5 and 1.9 W/m2.k respectively[7] while concerning g value of etfe cushion or SHGC in ETFE systems it can vary between 0.2 to 0.95 using frits[5] and for further info about SHGC in ETFE refer to[8]

Did you know?

Solar Cells were first used in a prominent application when they were proposed and flown on the Vanguard satellite in 1958. This was an alternative power source to the primary battery power source.
Thus by adding cells to the outside of the body the mission time could be extended with no major changes to the spacecraft or its power systems.
Finally In 1959 the United States launched Explorer 6, featuring large wing-shaped solar arrays, which became a common feature in satellites.
These arrays consisted of 9600 Hoffman solar cells.

Always remember to keep up to date on solar developments with the United Nations