GivEnergy 3kW AC Coupled Inverter Charger

Note: For more accurate specifications please refer to our technical page or manufacturer datasheet. If you need any advice or help, please get in touch with our customer service->>.

Description:

GivEnergy 3kW AC Coupled Inverter Charger is a versatile and efficient solution for managing your energy needs. With its compact design and 3 kW output, this inverter charger is ideal for residential and small commercial applications. It integrates seamlessly with your existing photovoltaic system to maximize the use of the solar energy produced.

The AC coupling feature allows the inverter charger to work in conjunction with existing grid-connected inverters to provide backup power in the event of a grid failure.

Equipped with advanced MPPT technology, it optimizes solar module performance and ensures maximum energy yield. Inverter chargers also offer multiple operating modes such as grid-connected, off-grid, & hybrid, giving you the flexibility to choose the best mode based on your energy demand.

It features a user-friendly LCD display & an integrated WiFi module for easy monitoring and control. The GivEnergy 3 kW AC Coupled Inverter Charger is ideal for efficient energy management with its reliable performance, intelligent battery management, and compatibility with Lithium-Ion and Lead-Acid batteries.

GivEnergy 3kW AC Coupled Inverter Charger Features:

• 3kW power output
• AC coupling for grid-tie backup
• Advanced MPPT technology
• Multiple operating modes (grid-tie, off-grid, hybrid)
• Compatible with lithium-ion and lead-acid batteries
• Compact and user-friendly design
• LCD display for monitoring
• Built-in Wi-Fi module for remote control
• Efficient energy management
• Ideal for residential and small-scale commercial applications

How to use or set up the GivEnergy 3kW AC Coupled Inverter Charger:

• Choose a suitable location for installation, considering both indoor and outdoor options.
• Mount the inverter securely using the provided brackets and hardware.
• Connect the DC input from your solar panels to the designated terminals on the inverter.
• Connect the AC output of the inverter to your power grid using appropriate wiring.
• Ensure all connections are secure and follow local electrical regulations.
• Turn on the inverter and follow the manufacturer’s instructions to configure any necessary settings.
• Monitor the inverter’s performance through its display or a dedicated monitoring system.

“We strongly recommend any electrical equipment to be installed by a qualified electrician to avoid damage to your new equipment, as it might void your manufacturer’s warranty “

Application:

• Residential solar energy systems
• Small-scale commercial solar installations
• Off-grid and hybrid energy systems
• Backup power during grid outages
• Energy management for smart homes
• Integration with existing solar PV systems
• Optimizing solar energy usage
• Remote monitoring and control of energy systems
• Eco-friendly and sustainable energy solutions
• Efficient & reliable energy management for various applications.