Fuente de alimentación inversor Green Cell INV05DE

The Green Cell INV05DE is a 12V automotive inverter that converts direct current from a car battery or cigarette lighter into a 230V alternating current (Type E) suitable for standard European plugs. With a continuous power output of 300W, active cooling and compact dimensions (106 × 175 × 60 mm), this inverter is designed to power laptops, small appliances and mobile devices during travel. A DC cable is included for direct connection to the vehicle.

Advantages

The inverter provides a pure sine wave output compatible with devices that require a stable mains-like supply. It includes a 230V socket and a USB port for charging smartphones and tablets. Built-in protections and certifications guard against overvoltage and other electrical faults, while the active cooling system maintains reliable operation under load.

Suitable for

• Powering laptops and chargers in a car, camper or truck
• Running small household appliances (up to 300W)
• Charging mobile devices via USB
• Using sensitive electronics that require a pure sine wave supply

Key specifications

• Brand: Green Cell
• Model: INV05DE
• Input voltage: 12V DC
• Output voltage: 230V AC (Type E)
• Output power: 300W
• Waveform: Pure sine wave
• Cooling: Active cooling
• Dimensions: 106 × 175 × 60 mm
• Included accessories: DC cable
• EAN: 5902719422249

How to use

Connect the DC cable to the inverter and to the vehicle’s 12V socket or battery terminals following the manufacturer’s polarity guidance. Switch on the inverter and plug your 230V device into the AC socket or use the USB port for charging smaller devices. Observe the inverter’s power limit (300W) and avoid connecting high-power appliances that exceed the rated output. Allow ventilation space around the unit for the active cooling to operate effectively.

Recommendations

Use the Green Cell INV05DE in well-ventilated environments and avoid continuous operation at maximum load. For devices with high start-up currents (compressors, some power tools), verify combined power requirements to prevent overload. Regularly check connections and cable condition to ensure safe operation.