Product Overview
The 60W ETFE folding solar panel combines two monocrystalline sections with orange outer edges, a carry handle and rear supports. It opens for a portable solar setup and folds at the center for transport. The supported format lets you position the panel on the ground without treating it as a permanent roof-mounted module.
Deployment & Key Features
Set the panel on a stable surface with both sections exposed to sunlight. The rear supports help hold the collection surfaces at an angle, while the handle makes it easier to move the folded assembly between charging locations.
- 60W rated panel power with monocrystalline cells.
- ETFE front surface and 23.5% cell efficiency.
- Two-section folding design with orange outer edges.
- Carry handle and rear support legs.
- MC4 connections plus USB-A and USB-C ports.
Details & Specs
Choose your charging connection based on the receiving equipment, not just the panel's wattage. Cell efficiency is a cell-level specification and does not establish the power available from an individual USB port.
| Rated panel power | 60W |
|---|---|
| Cell type | Monocrystalline |
| Cell efficiency | 23.5% |
| Front surface | ETFE |
| Folding sections | 2 |
| Weight | 2.27kg |
| Connection formats | MC4; USB-A; USB-C |
| Deployment | Rear support legs |
| Carrying format | Folding assembly with handle |
Compatibility & Connection Notes
Before using a solar input or charge controller, check its allowed voltage range, current limit, connector type and polarity. Confirm the exact cable or adapter required for your device; a matching plug does not establish electrical compatibility. For USB charging, check your device's input and use a suitable cable rather than assuming every charging protocol is supported.
Sunlight intensity, temperature, shading and panel angle affect charging output. Keep the collection area clear, adjust the position as the sun moves and protect electrical connections from moisture. Disconnect the panel before folding it, and avoid placing heavy or sharp objects against the cell surfaces during storage.



