100W Four-Fold Monocrystalline Solar Panel, 18V
Overview
The 100W four-fold solar panel has a black monocrystalline solar face and a gray fabric carrying side. Its four sections open into a tall solar surface, then fold into a compact handled format for transport.
Key Features
- Four-section folding layout: changes from a long collection surface into a compact rectangular carrying format.
- Monocrystalline cells: provides a defined cell type with 23.1% cell efficiency for product comparison.
- Integrated carry handle: allows the folded assembly to be moved as one unit.
- Rear accessory pocket: provides a storage point for small charging accessories.
- Reinforced eyelets: offer attachment points for suitable placement hardware without a roof-mounting frame.
Technical Details
| Rated panel power | 100W |
|---|---|
| Voltage | 18V |
| Solar cell type | Monocrystalline |
| Panel layout | Four-fold |
| Cell efficiency | 23.1% |
| Weight | 2.8kg |
| Folded dimensions | 475 × 426 mm |
| Unfolded dimensions | 1762 × 426 mm |
| Carrying features | Integrated handle and fabric pouch |
| Placement features | Reinforced edge eyelets |
Outdoor Use
The folding format suits portable solar setups at a campsite, during travel or beside an outdoor power station. Set the panel where it can receive clear sunlight and keep it secure against movement.
Choosing a Charging Setup
Allow enough clear space for the entire unfolded length and keep all four sections free of shade. Position the solar face toward direct sunlight, and use the folding joints when packing it away. Avoid concentrated pressure on the cells during transport.
Check the actual panel output connection against the receiving device's required voltage, current, plug size and polarity before use. Physical connector fit is not sufficient to confirm electrical compatibility. Use a suitable controller where the battery or charging system requires one, and keep electrical connections dry.
Rated panel power describes a test-condition value rather than a constant charging rate. Sunlight, orientation, temperature, controller limits, battery condition and cable losses affect the energy available to your equipment.
