Highlights
Specifications
- High total efficiency
- High maximum input voltage
- Built-in and monitored system protection devices
Solar Photovoltaic (PV) power plants harness the sun’s energy through semiconductor materials like silicon or gallium to directly convert sunlight into electricity. When sunlight strikes the PV cells, it creates free electrons and holes at positive/negative junctions. Connecting these junctions to DC electrical equipment allows current to flow, powering electrical devices.
The DC power generated by solar cells is converted into AC power by inverters, enabling it to operate AC equipment and synchronize with the grid in On-Grid systems. These systems use specially designed inverters with anti-islanding protection to ensure safety and efficiency. Excess power produced can be exported to the grid.
Off-grid systems, on the other hand, provide power directly to loads and batteries. They are crucial where grid power is unreliable or unavailable, offering autonomy and reliability.
Utilizes advanced semiconductor materials for high conversion efficiency
On-grid systems synchronize with the utility grid for seamless power integration
Enables independence from unreliable grid power with direct connection to loads and batteries
Monitors and safeguards components for long-term reliability
Provides continuous power supply during grid outages with integrated battery storage
Ensures safety by preventing solar systems from energizing the grid during outages
Maximizes energy output with optimized system design
Configurable to meet varying power demands and site requirements