لوح شمسي 2201P-36W/18V-B
Product Overview▼
High-efficiency vertical photovoltaic modules engineered for seamless integration with street-light and landscape-lighting poles.
Collsolar curved monocrystalline solar panels provide an alternative to conventional top-mounted photovoltaic panels. Their slim vertical form follows the profile of the lighting pole, helping create a cleaner appearance and a lower-profile structure for public-lighting applications.
Through specialized photovoltaic processing and structural integration, monocrystalline silicon cells are applied to a curved module while maintaining the high energy-conversion performance required for solar lighting. The result is a pole-mounted solar solution designed for new installations and retrofit projects.
Key Product Advantages▼
- High-Efficiency Monocrystalline Solar Cells – Photovoltaic conversion efficiency above 21%, generating more energy from the limited surface area available on a lighting pole.
- Curved Vertical Pole Integration – The module follows the shape of cylindrical or tapered poles, avoiding the bulky appearance of a conventional top-mounted flat panel. Ideal for modern streetscapes and wind-exposed locations.
- ETFE Protective Surface – Lightweight, impact-resistant outer layer instead of conventional glass, reducing the risk of glass fragmentation while protecting the photovoltaic cells.
- Multi-Directional Solar Collection – Modules can be arranged around multiple sides of a pole, capturing sunlight from different directions throughout the day.
- Compatible with Multiple Pole Types – Fits cylindrical poles in common diameters including 89 mm, 120 mm and 200 mm, as well as tapered pole structures.
- Retrofit-Friendly Installation – Can be installed on suitable existing poles, upgrading conventional lighting infrastructure without replacing the complete pole system.
- Modular Power Configuration – A two-panel module is specified at a total of 80 Wp. Configurations of up to nine modules for poles above 35 ft are available, subject to project engineering.
- Flexible Battery Integration – Battery storage may be integrated inside the unit or installed underground for locations with extreme temperatures.
Applications▼
- Public street and roadway lighting
- Urban parks and pedestrian pathways
- Industrial parks and commercial campuses
- Coastal and wind-exposed lighting projects
- Existing pole retrofit projects
- Off-grid and smart public-lighting systems
Technical Overview▼
| Product Type | Curved vertical photovoltaic module for lighting poles |
|---|---|
| Solar Cell | Monocrystalline silicon |
| Specified Cell Efficiency | Above 21% |
| Surface Material | ETFE protective surface |
| Compatible Pole Diameters | 89 mm, 120 mm and 200 mm; tapered poles subject to confirmation |
| Typical Module Output | 80 Wp per two-panel module |
| Installation | New pole integration or retrofit on suitable existing poles |
| System Configuration | Single or multiple modules according to pole height and power requirements |
Why Choose Collsolar?▼
- Specialized curved photovoltaic processing and pole-integration experience
- High-efficiency monocrystalline technology for limited pole surface area
- Modular configurations for different lighting loads and pole heights
- OEM and project-specific structural support
- Technical documentation for distributors, contractors and lighting projects
FAQ▼
Can the module be installed on an existing lighting pole?
Yes, retrofit installation may be possible when the existing pole dimensions, structural capacity and mounting conditions are suitable. Project details should be reviewed before production.
Does the curved shape reduce solar-cell efficiency?
The supplied specification states that the curved monocrystalline module achieves conversion efficiency above 21%. Final electrical output depends on module configuration, orientation, site conditions and system design.
What pole sizes are supported?
The available materials identify 89 mm, 120 mm and 200 mm cylindrical poles, plus tapered poles. Custom mounting structures may be evaluated for other dimensions.
How much power can one module provide?
A standard two-panel module is specified at 80 Wp. Additional modules can be used when the project requires greater photovoltaic capacity.
Where can the battery be installed?
Battery storage may be located inside the lighting unit or underground, depending on the pole design, climate and project requirements.