80W Four-Section Folding Solar Panel - DC & USB
Product Overview
The 80W four-section solar panel provides a folding monocrystalline collection surface for portable outdoor charging. Its four linked sections open for use and fold into a carrying format for transport. At 2kg, the assembly can be repositioned around a campsite or temporary solar setup without being treated as a permanently installed roof module.
Cell Construction & Charging Connections
Monocrystalline cells with 23.5% cell efficiency sit beneath an ETFE surface. The layered construction includes EVA, a PCB backsheet and polyester fabric. DC, USB-A and USB-C connections give you different ways to connect suitable equipment, but each receiving device still needs to match the port's voltage, current and connector requirements.
- 80W rated solar panel power.
- Four-section folding construction.
- Monocrystalline cells and an ETFE front surface.
- USB-A QC3.0, USB-C and DC connection options.
- 2kg panel weight for transport planning.
Details & Specs
| Rated power | 80W |
|---|---|
| Folding sections | 4 |
| Weight | 2.9kg |
| Cell type | Monocrystalline |
| Cell efficiency | 23.5% |
| Folded dimensions | 370×252×5mm |
| Front surface | ETFE |
| Encapsulation layer | EVA |
| Backsheet | PCB |
| Fabric layer | Polyester |
| DC port maximum | 7-28V / 5A |
Compatibility & Outdoor Handling
Choose the cable and adapter that fit your device, then check polarity and its accepted solar-input range. Connector options do not establish compatibility with every power station or USB device. Individual port maximums are not additive promises of simultaneous charging power, and supported charging modes depend on the connected equipment.
Open all four sections toward direct sunlight and avoid shadows across the cells. Output changes with sunlight strength, temperature, panel angle and shading, so rated power should not be treated as continuous power under all conditions. Keep electrical ports and connectors dry. Disconnect cables before folding, avoid sharp objects against the cell surfaces and pack the panel without concentrated pressure on individual sections.
