SolaX X1-FIT G4 7.5W (AC Coupled Inverter)

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Description:

SolaX X1-FIT G4 7.5W is an AC-coupled inverter designed for residential and commercial solar power systems. With a maximum input voltage of 600V and a maximum efficiency of 97.0%, this inverter provides reliable and efficient power conversion. It features an integrated DC switch and anti-resonance technology. The Solax X1-FIT G4 7.5W is compatible with Lithium-ion batteries, enabling energy storage and backup power functions. It also features an intuitive LCD display for easy system monitoring and configuration.

SolaX X1-FIT G4 7.5W Features:

1. Maximum efficiency of 97.0% for optimal power conversion.
2. Integrated DC switch for easy installation and maintenance.
3. Compatible with lithium-ion batteries for energy storage and backup power capabilities.
4. Intuitive LCD display for easy monitoring and configuration of the system.
5. Anti-resonance technology for improved stability and efficiency.
6. Compact and lightweight design for easy installation and space-saving.
7. Advanced MPPT algorithms for maximum power generation.
8. Grid-tie functionality for seamless integration with the utility grid.

How to use or set up SolaX X1-FIT G4:

• 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 “

Applications:

• Residential solar power systems.
• Commercial solar power systems.
• Off-grid solar systems with battery backup.
• Energy storage systems for load shifting and peak demand reduction.
• Microgrid installations.
• Solar power systems for remote and rural areas.
• Grid-tied solar systems with net metering.
• Solar installations in harsh and extreme environments.
• Industrial solar power projects.