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Electric Vehicle (EV) Liquid Cooled Charging Solutions

Paving the Way

Double-digit sales growth is forecasted in Electric Vehicles (EVs). DC fast and extreme fast charging (XFC) systems are necessary to provide reduced charging times and decreased anxiety for this fast-spreading EV adoption. Operating at higher power (kW) levels, fast and XFC charging infrastructure use liquid cooling to efficiently dissipate the heat generated by these systems and enable solutions for quick EV charging.

Keeping Electric Vehicles on the Go

Uptime and reliability are keys to EV market success and these are dependent on accessible and efficient charging. CPC Everis™ quick disconnect (QD) connectors are a key component in EV charging liquid cooling systems. Through collaboration with EV charging industry leaders, CPC’s liquid cooling experts understand the complexities of charging performance and environments of fast and reliable charging stations, on-board fleet battery systems and infotainment. Our team, including materials scientists, design engineers and applications engineers, exclusively focuses on liquid cooling QDs, resulting in a robust portfolio of CPC’s Everis QDs expressly for EVs and associated infrastructure systems.

Using Fluid Quick Connectors in EV Charging Liquid Cooling Systems

CPC Everis quick disconnect connectors are precision engineered to address the challenges – from long-term use, high-flow reliability to low pressure drop ─ faced by the liquid cooling systems used to keep EVs charged and running. Allowing coolant to efficiently chill inverters, umbilicals and other components within your EV system, Everis’ application-specific design, robust testing and strict manufacturing practices increase performance and reduce repairs and charging system downtime.

With top flow to size ratios, a broad portfolio of QDs and extensive EV liquid cooling connector expertise, CPC helps ensure you’re making the best case for efficiency to help increase EV infrastructure adoption and value.

How to Choose Liquid Cooling Quick Disconnects

  • Long -term use
  • High-flow reliability
  • Low pressure drop
  • Purpose built
  • Broad portfolio
  • Engineered by liquid cooling experts

Information on Liquid Cooling Quick Disconnects (QDs) Live Here

Chemical Compatibility in Liquid Cooling Solutions
Chemical compatibility within a liquid cooling loop helps the system performs to specification. With ongoing advances in fluid options and materials, it is important to think holistically when specifying coolant and components, taking into consideration potential interactions.
Drive Innovation Forward. Liquid Cooling of EV Charging and EV Fleet Operations
Learn about electric vehicle charging (EV) electronics cooling system challenges and how CPC and Everis™ quick disconnects for liquid cooling support design solutions.
Liquid Cooling for EV Charging— What to Know to Keep Electric Vehicles on the Go
How to pick QDs for liquid cooling EV charging systems, charging bays, battery swapping systems, cables, intelligent in-vehicle and onboard entertainment systems.
Sounds of Credibility
Superior engineering design and rigorous testing lead to robust & reliable quick disconnects for liquid cooling.
CPC Everis PLQ Introduction: The Connector of the Future
CPC Everis PLQ Connectors are dimensionally stable and chemically compatible with engineered fluids a worry-free connector for liquid cooling of high-performance computers.

Ask a CPC Liquid Cooling Expert

If you’ve got questions or need to find the right fluid connector for your EV charging application, we’re here to help.

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