A 3 kW on-grid solar power system is designed to be connected to the main electricity grid, allowing it to work seamlessly with utility power. This system generates electricity through solar panels and can significantly reduce electricity bills through net metering, where any excess power produced is sent back to the grid for credit.

A 4 kW on-grid solar power system is designed to be connected to the main electricity grid, allowing it to work seamlessly with utility power. This system generates electricity through solar panels and can significantly reduce electricity bills through net metering, where any excess power produced is sent back to the grid for credit.

A 5 kW on-grid solar power system is designed to be connected to the main electricity grid, allowing it to work seamlessly with utility power. This system generates electricity through solar panels and can significantly reduce electricity bills through net metering, where any excess power produced is sent back to the grid for credit.

A 6 kW on-grid solar power system is designed to be connected to the main electricity grid, allowing it to work seamlessly with utility power. This system generates electricity through solar panels and can significantly reduce electricity bills through net metering, where any excess power produced is sent back to the grid for credit.

A 8 kW on-grid solar power system is designed to be connected to the main electricity grid, allowing it to work seamlessly with utility power. This system generates electricity through solar panels and can significantly reduce electricity bills through net metering, where any excess power produced is sent back to the grid for credit.

A 10 kW on-grid solar power system is designed to be connected to the main electricity grid, allowing it to work seamlessly with utility power. This system generates electricity through solar panels and can significantly reduce electricity bills through net metering, where any excess power produced is sent back to the grid for credit.