• The system is connected to the utility grid
• The solar panels generate direct current (DC)
• The inverter transforms direct current (DC) into alternating current (AC)
• Power first satisfies the connected load
• The excess power is exported to the grid
• Power is imported from the grid when the requirement is higher than the solar generation (or at night)
• No batteries are required

• The off grid system is 100% independent from the utility grid.
• It requires batteries
• The Charge controller protects the batteries from overcharging
• Inverter transforms direct current into alternating current power source
• Power is used for the dedicated load
• Excess power is stored in the battery bank for later domestic use

• Connected to the utility grid and requires a battery bank
• The hybrid charge controller protects the batteries from overcharging
• A battery bank stores power for use when the grid isn’t available
• A hybrid inverter turns DC into AC
• Inverter satisfies dedicated load
• Excess power generated by solar exported to the grid
• A bi-directional meter calculates the net energy based on the import and the export

• Combined with solar panels
• Can run on both DC from solar panels and single phase power supply
• Various models are available with heads from 15 m to 120 m, according to your needs
• Voltage range from 30 to 300 VDC
• No batteries required
• Equipped with a sensor that protects the pump from a dry run
• Connected to a data logger to monitor your solar pump system (optional)
• Customized mounting structures for the solar PV modules
• The solar setup is designed according to your needs

Advantages:

• Ecofriendly
• Answer to water and electricity scarcity
• Adapted to rural and semi-urban regions
• High quality and long lasting
• No utility connection is required
• Low operating costs
• Easy to install