Acogedor 5V 14W Solar Backpack, Waterproof Solar Panel Power Backpack with USB Charging Port, Ergonomic Laptop Bag, for Hiking, Camping, Travel

Product Description

The sunshine absorption effectivity of photo voltaic panels relies on: mild depth and lightweight angle

Adopting SunPower’s third-generation photo voltaic panels, the photoelectric conversion effectivity is as excessive as 23%-25%, which is greater than 60% larger than atypical photo voltaic panels.

Breathable

The again is thickened with excessive elasticity and breathable clip mesh interlayer, and the S-shaped again cushion design is ergonomic, which might simply cut back the stress of weight-bearing.

Waterproof

PVC waterproof floor

USB Port & Headphone Jack

Designed with a USB port, audio interface, listening to songs charging extra handy

Photo voltaic panel 9 clever circuit safety

over-charging safety, over-voltage safety, over-current safety, over-power safety, short-circuit safety, temperature safety, overload safety, reverse discharge safety, electrostatic safety

EASY TO USE: Measurement: Approx. 43×30.8x14cm/16.9×12.1×5.5in. Photo voltaic panel backpack has a number of inner compartments for one key storage, extra handy for journey. Designed with USB interface, sound interface, extra handy to hearken to songs and cost.
INTELLIGENT CIRCUIT PROTECTION: Photo voltaic panel has 9 clever circuit safety, overcharge safety, over voltage safety, over present safety, over energy safety, brief circuit safety, temperature safety, overload safety, revers
WATERPROOF SOLAR BAG: Photo voltaic powered backpack adopts PVC coated cloth and waterproof zipper to enhance waterproof efficiency. In keeping with the inexperienced idea, there may be mild and there may be energy.
ERGONOMIC: Photo voltaic backpack again with thickened excessive elasticity breathable , S formed again pad design consistent with ergonomics, simple to cut back the stress of the load.
HIGH CONVERSION RATE: Photo voltaic powered backpack adopts third technology photo voltaic panel, with a photoelectric conversion effectivity of 23%‑25%, greater than 60% larger than atypical photo voltaic panels.