In this catalog, Valeo presents a selection of its technologies in the domains of electrification, driving assistance, lighting and the reinvention of life onboard, four domains essential to the transformation of mobility, to make it cleaner, safer and smarter, in the automobile and beyond.
The high-efficiency Permanent Magnet Electric Motor is a reversible machine: during acceleration, the machine converts the electric energy into the rotating mechanical energy required to propel the vehicle and during deceleration, the machine regenerates energy, meaning the machine converts back mechanical energy into electric energy.
Valeo’s Smart Front Camera is a cutting-edge ADAS solution that sits behind the windshield, enabling a wide range of advanced driver assistance features. As a critical component for both ADAS and AD systems, the Smart Front Camera is designed to detect road lines, traffic signs, vehicles, bicycles, and pedestrians, ensuring increased safety and functionality on the road.
A brushless blower motor is a component of the HVAC system, designed to operate the impeller and ensure optimal air circulation through the module. Compared to traditional brushed motors, brushless motors stand out for their quieter operation and lower energy consumption.
Though static interior lighting could deliver information (thanks to a change of color for example), dynamic interior lighting offers much more opportunities. The use of smart LEDs enables a highly controlled system able to create an animation throughout the cabin or in a very specific area. Speed, luminance and color can be managed for each LED in order to get a warning or a visual feedback.
BEVs often have a thin air inlet located at the bottom of the front end while the cooling needs remain high and acoustic constraints are severe. Minimizing the electrical consumption is also key to stabilizing the vehicle’s range. To address these constraits, Valeo has developped tilted cooling modules as well as an ultra flat cooling module at 210 mm in the Z axis.
The Valeo 48V eDrive (electric drive) or powertrain is a system embedding a high-efficiency electric motor with its associated inverter and a reducer.
It improves the fuel consumption (up to 15% CO2 benefits on WLTP), the driver comfort by providing full electric mode, efficient regenerative braking and four-wheel drive capability in 48V.
The Keyless Entry Car is a technology designed to enhance convenience and security for vehicle owners.
Its system features a sophisticated key fob that offers both Remote Key Entry (active switch) and Passive Entry Passive Start (handless) features. Utilizing advanced technologies such as Bluetooth Low Energy or Ultra Wide Band, this system allows drivers to unlock and start their vehicles without the need to physically handle the key fob.
The electric vehicle onboard charger converts alternative current available on the grid into direct current that can charge the vehicle’s battery. Almost all the energy charged in the vehicle is flowing through the onboard charger’s power electronics.
Clearly in your field of view. Our augmented-reality head-up display (AR HUD) technology delivers you that information where it needs to be. Highest optical performance and most compact augmented-reality head-up display (AR HUD) solutions based on affordable technologies. In addition, in the future we will make the augmented-reality head-up display (AR HUD) even smaller and to be able to equip a wider range of cars.
Torque and/or Angle Sensors are reliable components designed to detect drivers’ torque and/or steering wheel position for precise regulation in electronic power steering (EPS) systems and future steer-by-wire steering systems.
These sensors represent a pivotal advancement in automotive technology, providing real-time feedback on the driver’s input to optimize steering performance and enhance vehicle control. By accurately detecting torque and steering wheel position, they enable the EPS system to adjust steering assistance levels dynamically, improving responsiveness and stability under varying driving conditions.
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