Project Description
250W ETFE flexible solar panel mounted on yacht deck for compact onboard home appliances power supply for yacht application.
250W JSL Power Marine ETFE Solar Panel | Island Expedition
Model: JSL-Mari-250W
Short Description:
The JSL-Mari-250W serves as the ultimate energy lifeline for remote scientific teams and wilderness explorers, combining a high-capacity footprint with ultra-durable ETFE protection to guarantee consistent off-grid survival power.
Product Selling Points
Dedicated 250W independent power delivery provides absolute energy security for unassisted landfalls and far-shore research encampments
Aerospace-grade ETFE encapsulation outer skin withstands rapid alternations between sub-zero polar temperatures and blistering tropical heatwaves
High-rigidity shock-absorbing internal core prevents cell fracturing during heavy hail impacts or sudden violent windstorms at base camps
Superior conversion architecture maximizes cumulative watt-hour yield during brief daily sub-tropical sun windows to sustain essential gear overnight
Eco-conscious non-toxic manufacturing processes fully comply with strict maritime environmental regulations for sensitive ecological sanctuaries
Multi-layer voltage stabilization circuitry safeguards sensitive satellite communications terminals and meteorological data loggers against power spikes
Specification |
|
| Model Number | General Specifications |
| JSL-Mari-250W | Efficiency: High-Efficiency Monocrystalline Solar Cells |
| Waterproof Rating: IP65 | |
| Surface Material: Premium ETFE Wear-resistant Surfaces | |
| Connector: Universal MC4 Connector | |
| Flexible Performance: Bendable, Rollable, Fits Curved Surfaces | |
| Working Temperature: -20℃ ~ +60℃ | |
| Installation: Pre-drilled multi Holes for Easy Setup | |
| Structure: Lightweight & Frameless Design | |
| Application: Marine,Outdoor Camping, RV, Small Off-Grid Power, Emergency Backup | |
| Surface Material: ETFE as Standard, PET available as an option for budget orders. PET Shows inferior weather resistance and bending durability compared to ETFE. | |