Fully Liquid-cooled Flexible Charge-Discharge System
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Ultra Charging System Introduction?
This product is a fully liquid-cooled flexible charge-discharge system, which constitutes high-power charging and discharging equipment utilizing fully liquid-cooled heat dissipation. Furthermore, it integrates functions such as high-power charging, V2G discharging, and direct current bus access, simultaneously catering to both electric vehicle charging and the distributed energy storage field.
The system primarily consists of a fully liquid-cooled main cabinet and charge-discharge terminals. Moreover, by utilizing advanced power electronics, automated control, and intelligent power scheduling technology, it enables centralized management, supports group management and control, and facilitates flexible charge-discharge, power sharing, and dynamic allocation. Consequently, this system achieves diversified, intelligent, and efficient charging and discharging. Specifically, it supports up to 720 kW maximum power charging or 480 kW power discharging, and features built-in 60 kW bi-directional AC/DC liquid-cooled modules, while also supporting 12-channel cable discharge outputs. Additionally, terminals are available with options for liquid-cooled and self-cooled configurations.
Therefore, this product is suitable for diverse energy management and transmission fields such as V2G, solar storage charging, fast charging, ultra-charging, energy storage, and photovoltaics.
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Ultra Charging System Features?
1. The main unit adopts advanced liquid cooling technology, offering high efficiency, high protection level (IP rating), low noise, and suitability for various complex and harsh environments.
2. DC bus architecture supports integration with photovoltaic and energy storage systems.
3. Integrated Charging and Discharging:
① Supports up to 12 channels of cable output, allowing for mixed use of liquid-cooled and air-cooled terminals.
② Supports V2G (Vehicle-to-Grid) interaction, with bidirectional DC energy measurement.
③ Maximum charging power for liquid-cooled terminals can reach 660 kW.
4. The integrated Liquid Cooling System employs intelligent algorithms to regulate system temperature. This approach leverages liquid cooling for maintenance-free operation, thereby significantly enhancing product lifespan.
