Reliable Solar Power Solutions
OGL supplies photovoltaic modules and supports complete solar system solutions for residential, commercial and remote-area applications. Our offering covers off-grid, on-grid and hybrid solar systems, with flexible product selection for different power requirements and project environments.
OFF-GRID
Off-Grid Solar System
- Independent from the utility grid.
- Uses batteries for energy storage.
- Suitable for remote areas, rural homes, clinics, farms and sites without reliable electricity.
ON-GRID
On-Grid Solar System
- Connected to the utility grid.
- Solar power is used first; excess power can be exported to the grid.
- Suitable for areas with stable grid electricity and rooftop projects.
HYBRID
Hybrid Solar System
- Combines solar, battery storage and grid power.
- Provides backup power during outages.
- Suitable for users needing higher reliability and energy independence.
N-Type Mono Crystalline PV Modules
Product series available for different system sizes, from residential rooftop installation to commercial solar projects.
BM-10-108-430W/435W
| Peak Power | 430W / 435W |
| Module Efficiency | 22.02% / 22.28% |
| Dimensions | 1722×1134×35/30mm |
| Solar Cells | 108 cells in series |
| Application | Residential rooftop and small solar systems |
BM-10-120-480W/485W
| Peak Power | 480W / 485W |
| Module Efficiency | 22.17% / 22.40% |
| Dimensions | 1909×1134×35/30mm |
| Solar Cells | 120 cells in series |
| Application | Residential and commercial rooftop systems |
BM-10-132-530W/535W
| Peak Power | 530W / 535W |
| Module Efficiency | 22.32% / 22.53% |
| Dimensions | 2094×1134×35/30mm |
| Solar Cells | 132 cells in series |
| Application | Commercial rooftop and medium-scale projects |
BM-10-144-580W/585W
| Peak Power | 580W / 585W |
| Module Efficiency | 22.45% / 21.65% |
| Dimensions | 2278×1134×35/30mm |
| Solar Cells | 144 cells in series |
| Application | Large commercial and the utility-scale projects |
System Matching Suggestion: Lower-wattage modules are suitable for space-limited residential systems, while higher-power modules can reduce installation quantity and support larger commercial projects. The final system design should be matched according to roof space, load demand, inverter capacity, battery requirement and local grid condition.
