As global EV adoption shifts from early adopters to mass markets, the demand for "Gas-Station-Speed" charging has made Liquid Cooled Charging Cables the cornerstone of high-power charging (HPC) infrastructure.
Standard air-cooled cables are limited to 200A-250A due to weight and heat. Liquid cooling allows currents up to 600A-800A by circulating coolant through the cable, reducing wire gauge thickness and weight by 40% while maintaining safe temperatures.
Our integrated thermal sensors communicate directly with the charging station's CDU (Coolant Distribution Unit). Real-time monitoring ensures that even during peak 500kW output, the cable handle remains below 50°C for user safety.
Utilizing high-flexibility PPS and flame-retardant TPU materials ensures that cables remain pliable even in Arctic conditions (-40°C) and resistant to chemical corrosion in industrial hubs.
By minimizing resistive heat loss through active cooling, energy transfer efficiency is improved by 2-3%, significantly reducing long-term operational costs for station operators.
For airport taxi hubs and logistics fleets, liquid-cooled systems allow for rapid turnover. Integrating our Highway Rest Area Systems with 240kW DC fast chargers ensures vehicles are back on the road in under 20 minutes.
Our 100kW+ Solar-Powered Bess solutions allow factories and remote stations to deploy high-speed charging without expensive grid upgrades, utilizing buffered energy for peak shaving.
Compact, liquid-cooled wallboxes (22kW-44kW) for shopping malls and public parking provide the durability needed for high-frequency use with minimal maintenance overhead.
Greenvora adheres to the technical enterprise model, integrating scientific research, design, manufacturing, sales, and service. We specialize in providing system energy solutions for global customers with a focus on Information Gain in every production stage.
With independent development capabilities for charging masters, Fonsencharge provides customized core master control boards. Our collaboration with dozens of large charging pile enterprises globally highlights our dominance in the ODM field.
Headoffice has obtained multiple certifications: DEKRE CB, CE, ISO9001. Recognized as a high-tech enterprise and technology SME, we hold 15 software copyrights and multiple invention patents for liquid-cooling technology.
We provide full documentation for UL (USA), CE (Europe), and GBT (China) standards. Our liquid-cooled cables are tested for insulation resistance, tensile strength, and coolant compatibility to ensure 10-year service life.
Our systems support dynamic load balancing to prevent grid overloads in residential or campus settings. Compatible with OCPP 1.6J and 2.0.1 for seamless back-end integration with local utilities.
With warehouses and technical partners in key regions, we offer fast response times for replacement parts and coolant maintenance, ensuring your HPC stations have 99.9% uptime.
Q: What is the main benefit of liquid-cooled cables over air-cooled ones?
A: Liquid-cooled cables allow for significantly higher current density. This means they can deliver up to 600A in a cable that is light enough for a person to handle easily, whereas an air-cooled cable for that current would be too thick and heavy for practical use.
Q: Are liquid-cooled charging cables safe for public use?
A: Yes. They are designed with dual-layer insulation and continuous monitoring. If any leak or temperature anomaly is detected, the system shuts down power in milliseconds. They meet IP54/IP67 standards for outdoor use in all weather conditions.
Q: Do you offer custom branding for global exporters?
A: Absolutely. As a leading China factory, we specialize in OEM/ODM services, including custom colors, logos on handles, and specific cable lengths tailored to your station design.
Q: What maintenance does a liquid-cooled system require?
A: Primarily periodic checks of the coolant level and pump performance. Our smart control boards alert operators via the cloud when maintenance is due, minimizing the risk of unexpected downtime.
Q: Can your chargers work with renewable energy sources?
A: Yes, many of our 100kW+ and 240kW stations are designed to integrate with solar PV and BESS (Battery Energy Storage Systems) to reduce dependence on the local grid.
The next frontier for Chinese manufacturers is the Megawatt Charging System (MCS) for heavy trucks and maritime vessels. Our R&D team is currently prototyping the next iteration of liquid-cooled connectors capable of 1,000A+ to support the transition to zero-emission heavy logistics.
Partner with China’s premier liquid-cooled technology pioneers to charge the future.
Greenvora Charger
