The influence light can have on us is no longer a secret. It is therefore no surprise to see car interiors being upgraded for our comfort and safety, especially when you can reduce the design complexity thanks to a scalable & flexible lighting architecture solution.

In order to optimize energy while increasing the All-Electric Range (AER), a perfect thermal management system is key. Ideal performance of the battery requires a temperature between 20-40℃, no matter the external conditions. Without the heat source of a classical ICE, new sources for heating & cooling need to be optimized. Discover the different modes.

Thanks to unstoppable Melexis innovations, brake-by-wire technology enables control of the brakes by electronic means. If you hit the brake pedal, Melexis position sensors and switches kick in to bring your car to a safe stop.

We always need to save energy by all means, so ICE after treatment optimization is of no question. Efficiency and emission reduction are essential results of ICE after treatment.

Air is to an ICE what air is to the human body. Therefore it is essential to manage it efficiently, especially because it leads to better performances and less emissions.

Base engines power the car. It is therefore important to ensure full efficiency of the combustion process.

Fuel management is under pressure. Fuel economy and performance are crucial to the ICE efficiency. Discover the products which support the optimization of fuel management.

The DC/DC converter produces low voltage DC electricity (e.g. 12 V, 14 V, 24 V) from the high voltage battery (e.g. 48 V up to 800 V) to supply the boardnet and charge the low voltage battery.

The function of the onboard charger is to efficiently, reliably and safely convert AC electricity from the electrical grid (e.g. household plug) to DC electricity so it can be stored in the battery of the electrified vehicle (xEV).

In order to optimize energy while increasing the All-Electric Range (AER), a perfect thermal management system is key. Melexis products enable higher system integration towards a safer and cost-effective thermal management, maximizing the AER and improving the driver experience.

In electric vehicles, the inverter converts DC power from the battery to AC power for the motor drive, which in turn transforms it into propulsion power. The efficiency of this system has a direct impact on the all-electric range, road performance and comfort.