RENOGY PRO | 12V 3000W HF Inverter Charger

Product Description

Uninterrupted Power for Demanding Systems

The RENOGY PRO 3000W/120A Inverter Charger delivers serious capability for large off grid and hybrid setups. Built for reliability and seamless power management, it provides continuous AC output up to 3000W while simultaneously charging batteries at up to 120A. Whether it’s supporting sensitive electronics, tools or system-critical equipment, this unit ensures stable power and uninterrupted performance when it matters most.

True Hybrid Power Control

As both an inverter and charger, the PRO 3000W intelligently switches between battery and mains power in less than 20 milliseconds. When mains or generator input is available, it prioritises AC to power your appliances while recharging your battery bank. If that source drops, the transfer is instant and silent, keeping everything online without disruption.

Built for Safety and Integration

With integrated RCD protection, N-G bonding support and a high frequency design, the inverter charger provides safe, efficient operation with low noise output under 55 decibels. The lever-type terminals make installation straightforward, while communication protocols Modbus and CAN (RV-C) enable integration with Renogy ONE Core or other monitoring systems for live performance data and remote control.

Engineered for Harsh Conditions

Operating from -20°C to 50°C, the PRO 3000W maintains stability in heat, cold and high humidity environments. Built-in protections safeguard against overvoltage, temperature extremes and short circuits, while automatic battery activation ensures safe charging for lithium systems with integrated BMS protection.

Heavy-Duty Charging Capability

With 120A adjustable DC charging output, the PRO 3000W efficiently restores battery capacity even in larger banks. Its advanced charging algorithm supports GEL, AGM, SLA, Flooded, Calcium and Lithium chemistries, delivering optimised performance across a wide range of off grid and professional installations.