Car Power Inverter Green Cell INV01DE 300W DC‑to‑AC, 12V to 230V, 1×USB, LED, active cooling

The Green Cell INV01DE is a 300 W car power inverter that converts 12 V DC from a vehicle battery or cigarette lighter into 230 V AC (Type E), enabling use of standard European mains devices while on the road. Compact and equipped with active cooling and a DC cable, it is intended for automotive use and suitable for powering a range of appliances and electronics away from fixed power outlets.

Advantages

The inverter provides a stable 230 V output for devices that require mains power and includes an integrated USB port for charging smaller gadgets such as smartphones and tablets. It features active cooling for sustained operation and built-in protection against overvoltage and other electrical faults to protect connected equipment. The unit produces a modified sine wave, offering a simpler converter design with lower failure rates and reliable performance for many common devices.

Suitable for

• Charging and operating laptops and mobile devices while traveling by car, camper or truck
• Powering small appliances where mains sockets are unavailable (fans, lamps, small chargers)
• Field work or remote locations requiring temporary 230 V power

Key specifications

• Model: Green Cell INV01DE
• Rated output power: 300 W
• Input voltage: 12 V DC (vehicle battery / cigarette lighter)
• Output voltage: 230 V AC (Type E)
• Waveform: Modified sine wave
• Cooling: Active cooling
• Dimensions: 106 mm x 150 mm x 60 mm
• Includes: DC cable

How to use

Connect the inverter to the vehicle 12 V socket or directly to the battery using the supplied DC cable. Plug the device to be powered into the inverter’s 230 V outlet or use the USB port for smaller devices. Ensure the inverter is placed in a ventilated area to allow active cooling to work effectively. Do not exceed the 300 W rated output and observe the device’s indicators and protections during use.

Usage recommendations

Always check the power consumption of connected devices to ensure the total load does not exceed 300 W. Avoid powering highly sensitive medical or precision equipment that requires a pure sine wave. For extended use, monitor inverter temperature and allow adequate ventilation to prevent overheating.