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.
Ambient lighting is a key element to the brand identity. In a very competitive landscape with a wide offer both in terms of vehicles and powertrains, differentiation is also achieved thanks to a dedicated visual identity. Car ambient lighting offers a new stylistic playground to designers. It emphasizes a line, a pattern, it reveals details. The system also provides mono and RGB lighting for night time driving.
Data centers consume 5% of the worldwide electricity production. 40% of that consumption is dedicated to server cooling.
In the meantime, chip power increases and requires more cooling power. Today, 95% of data centers use air cooling, which uses a huge amount of energy. Only 5% use liquid cooling, mostly using water, but of course the risk is that leaks can destroy electronics and even lead to fire hazards.
The Driver Monitoring System (DMS) is an important advancement in automotive safety, integrating an interior camera and Electronic Control Unit (ECU) to monitor the driver’s behavior. The DMS enhances passenger safety and meets regulatory standards by continuously assessing the driver’s attentiveness, mitigating risks of fatigue and distraction, thus reducing accidents.
Front End Modules include Active Grille Shutters, Heat Exchanger, Radiators and a Fan System enclosed in a shroud. Front End Modules can manage the airflow at the front of the vehicle for both aerodynamic performance and cooling requirements (cabin or battery). As part of the vehicle structure, Front End Modules are also designed for crash absorption and resistance.
Valeo assembles and delivers to customers just-in-time, relying on a gobal flexible footprint.
Drawing on Valeo’s hardware and software expertise, Valeo Smart Safety 360 is a turnkey driver assistance system (ADAS), offering a wide range of safety as well as driving and parking assistance functions.
With the smart front camera used as the system’s central computer, Valeo Smart Safety 360 is an integrated and affordable system approach, connecting ultrasonic sensors, radars, and a camera for driver monitoring functionality.
Complete range of driver modules to accompany headlight technology evolution. Seven channels driver definition. Possible stand-alone delivery or as a system together with headlamp. New generation of ADB compatible (matrix) and signal enriched driver.
EVs coolant hub architectures with several coolant loops (cabin heater/battery/power electronics) have a high degree of complexity, in particular for vehicles equipped with a Heat Pump system. In order to increase the vehicle’s driving range, the pressure drops and thus the electrical power consumption of the water pump must be reduced.
Smart Coolant Modules are subsystems that can be customized to meet specific customer requirements. They must therefore be compatible with most of BEVs Thermal Management Systems including Direct and Indirect Heat Pumps.
The High Voltage Power Box combines the functionality of an Onboard Charger (OBC), a DC/DC converter and a PDU (Power Distribution Unit). The OBC is the interface between the car and the public grid. It converts the energy from the network grid AC (Alternative Current) source to DC (Direct Current) voltage of the car high voltage battery in respect with the public grid and the regulations.
The High Voltage DC/DC converter is a reversible electronic device which lowers the Direct Current from the High Voltage battery to a Low Voltage Direct Current used by most of the vehicle electrical equipment (e.g. dashboard, electric window…). The DC/DC converter is also in charge of keeping the passengers safe by insulating them from the High Voltage electricity network.
Park Assist Systems, also known as Automated Parking solutions, are a revolutionary advancement in the automotive industry that blend cutting-edge technology with practical application to alleviate a common challenge: Parking. Park Assist systems employ a range of sensors and cameras, and artificial intelligence algorithms to ensure that vehicles are parked accurately, efficiently, and safely.
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