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    Liquid Cooling QDs for Fast EV Charging Stations

    Ready to Go Whenever, Wherever

    The addition of fast charging stations worldwide is happening quickly to meet the growing number of electric vehicles (EVs) — expected to reach 245 million vehicles globally in 2030.

    With more EVs comes the need for powerful charging stations that keep up with user needs and expectations for speed and ease of use. To make this a reality, higher power charging DC and extreme fast charging (XFC) stations are essential. These types of EV charging stations require liquid cooling so inverters don’t fail due to overheating, and umbilicals are cool enough to handle.

    Optimize EV Charging Station Liquid Cooling with CPC Fluid Handling Quick Disconnects

    CPC’s work with EV charging industry leaders means we understand the challenges and requirements of liquid cooling charging stations, including 120/240 Volt, DC fast chargers and next generation XFC charging stations. We are familiar with issues that charging station and pile manufacturers frequently face. This experience supported the development of CPC’s purpose-built Everis® quick disconnect couplings and connectors for use in the liquid cooling systems for all levels of fast charging stations.

    Everis® Quick Disconnects Engineered for Liquid Cooled EV Charging Stations

    CPC Everis QDs are non-spill, dry break connectors. CPC quick connects and disconnects simplify the liquid system service and maintenance process of electric vehicle charging stations by enabling repairs without the need to drain the system. 

    Trusted Reliability

    CPC Everis liquid cooling couplings operate wherever high-power charging stations are located, from blistering heat to sub-zero temperatures. These purpose-built connectors withstand harsh environmental operating conditions including exposure to moisture and dirt/dust. Everis QDs endure pressures without leaking ─ side load, flexing, tensile forces ─ during installation and long periods of connection.

    Dependable Durability

    Built for the rigors of DC fast and XFC EV charging station liquid cooling, Everis non-spill connectors deliver optimized flowrates with excellent flow to size ratio for superior performance. These connectors feature a valve design that is precision engineered for extended connection time and is compatible with a wide variety of system coolants. With robust, redundant seals, CPC Everis QDs tolerate installation and use pressures without compromising the valve or seal, which reduces the potential for leaks. 

    Overall Robustness

    CPC Everis liquid cooling QDs come in an expanding variety of sizes, termination options and materials, including nickel plated brass, aluminum, stainless steeland other high-performance polymers. Configurations include blind mate, latched, straight and elbow connectors with seal alternatives including EPDM, FKM. All Everis liquid cooling solutions are rigorously tested ─ including materials testing, product testing and torture testing to failure ─ to meet product specifications. As a matter of fact, CPC offers reliable, reproducible performance and provides validation reports that support the performance attributes.

    Straightforward Serviceability

    If your system goes down, CPC latched Everis connectors are designed to make service as easy as possible,  including drip-free, non-spill disconnections for simpler, quicker repair. The simple-to-use thumb latch provides faster installation and system maintenance. No matter how hard it is to reach power inverters at the back of EV charging stations, Everis blind mate and swivel joint QDs make it easy to reach into tight spaces.

    Connection Assurance

    With a sleek body, low force to connect and ergonomically designed thumb latch, Everis liquid cooling connectors deliver single-handed operation along with the audible CPC click to assure you know you’re connected.

    Ask a CPC Liquid Cooling Expert

    Need to find the right fluid connector for the liquid cooling system for your in-vehicle electronic applications, ask one of our thermal management experts.

    More Information on Liquid Cooling for EV Applications

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