The CDU (Cooling Distribution Unit) a crucial solution for temperature control and cooling in automotive testing!

The CDU (Cooling Distribution Unit) is a crucial solution for temperature control and cooling in automotive testing, ensuring optimal performance during component prototyping and integration. This unit is specifically designed for use on test benches for electric vehicles (EVs), where it is essential to maintain ideal temperatures for key systems such as electric motors, inverters, battery packs, chargers, and vehicle control units.

Through advanced coolant management, the CDU not only distributes cooling evenly but also regulates flow based on the specific needs of each component, preventing overheating that could disrupt or damage testing. Equipped with state-of-the-art sensors, the CDU constantly monitors both temperature and pressure in real-time, enabling precise and safe operation, even under intensive, prolonged testing conditions.

A high-quality CDU allows automotive companies to optimize the testing of their electric and hybrid systems, improving energy efficiency and extending component lifespan. This solution is particularly valuable in the growing EV market, where thermal performance is crucial for the overall efficiency and reliability of the vehicle.

Key Features of the CDU Cooling Distribution Unit:

  • Precise temperature control for systems such as electric motors, inverters, batteries, and other electronic components.
  • Optimized coolant distribution for maximum thermal efficiency during automotive testing.
  • Real-time monitoring of critical parameters like temperature and pressure to ensure safe operation and stable performance.
  • A reliable and versatile solution, ideal for testing both electric and hybrid vehicles, with adaptability to various test configurations.

If your company is looking for a CDU for automotive test benches, choosing an advanced and efficient cooling unit is a strategic investment to maximize system performance throughout all stages of development and testing.