Car inverter Green Cell INVGC24P3000LCD 24V 3000W Pure Sine Wave, 230V 50Hz, LCD, Type F

The Green Cell INVGC24P3000LCD is a 24 V car power inverter providing 3000 W continuous output (6000 W peak) and a pure sine wave 230 V AC output suitable for appliances that require mains-quality power. The unit includes an LCD that shows key operating parameters such as real-time output power and battery charge level, and it is built with active cooling and an aluminum housing for reliable long-term use.

Advantages

The inverter delivers a clean pure sine wave output compatible with sensitive electronics, compressors and induction loads. An integrated LCD makes monitoring simple and intuitive by displaying current power and battery status. Built-in intelligent protections continuously monitor operation, guarding against short circuit, low voltage, overvoltage, overload, excessive temperature and reverse polarity. Active cooling maintains safe operating temperature during extended use.

Suitable for

• Powering vehicle equipment and on-board appliances
• Running refrigerators and freezers with compressors
• Supplying microwave ovens and other high-start-current devices
• Operating sensitive electronics and audio/video equipment

Key specifications

• Input voltage: 24 V DC
• Output voltage: 230 V AC, pure sine wave
• Continuous output power: 3000 W
• Peak (surge) power: 6000 W
• Display: LCD (shows output power and battery level)
• Cooling: active cooling fan
• Housing: aluminum, colour: black
• MPN: INVGC24P3000LCD, EAN: 5904326374577

How to use

Connect the inverter to a compatible 24 V DC vehicle battery or power source following polarity markings. After connection, switch on the inverter and check the LCD to confirm battery voltage and available output power. Plug AC devices into the 230 V socket and monitor the display during operation. Avoid exceeding the continuous power rating; for high-start-current appliances ensure the inverter’s peak power capability covers the startup surge.

Recommendations

Use the inverter with appropriately rated battery cables and fuses, ensure good battery state of charge before operating heavy loads, and provide sufficient ventilation around the unit to allow the active cooling to work effectively. Regularly check connections and the LCD readouts to prevent overload and ensure reliable operation.