EV Super Charging, Liquid Cooling Fast Charging Solution

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Super Power Charging Solution

Super Liquid Cooling Fast Charging Solution

A game-changer in electric vehicle charging, the Fora DC Series Split-Type charging station— independently developed by Anari Energy—combines lightning-fast charging capabilities with a 360kW to 960kW power range. Featuring a main cabinet with liquid-cooled single-gun and air-cooled dual-gun terminals, this cutting-edge solution leverages a "centralized power pool" architecture to deliver intelligent, dynamic power allocation on demand. By maximizing power resource utilization and eliminating "power waste," it redefines the future of EV charging through optimized power delivery and intelligent features that invite you to embrace innovation and the future of electric mobility.

Features of EV Super Charging Solutions

  • Flexible Power Segmentation

    Supports flexible configuration from 360kW to 960kW, addressing high-power fast-charging needs across various applications.

  • Intelligent Power Distribution and Efficient Heat Dissipation

    With a modular design, the system achieves intelligent dynamic load balancing, ensuring year-round operational efficiency.

  • International Certification and Multi-Interface Compatibility

    Supports multiple protocols such as CCS2/GB/T, adheres to international standards, and is compatible with mainstream vehicle models globally.

 

Demo: Highway Service Areas vs Public Charging Stations

 

Scenarios  Highway Service Areas Public Charging Stations
Pain Points 15–25 minute dwell window. Charging speed directly determines station revenue. Every minute of power throttling costs money. Highly diverse vehicle mix. Private cars, ride-hailing, taxis, logistics — each with different battery voltages and charge curves. A charger that can't handle all of them is stranded capacity.
Extreme outdoor exposure. 24/7 operation in tropical humidity, desert sandstorms, or sub-zero winters. Standard chargers fail within 18–24 months without environmental hardening. Zero-downtime expectation. A dead public charger is a public failure. 99.5% uptime is table stakes; 99.9% is the competitive bar.
Weak grid at remote sites. Running multiple high-power chargers on constrained distribution lines trips breakers without intelligent load management. Multi-CSMS fragmentation. Operators across regions use different back-ends (Driivz, Ampeco, ChargeLab). Per-platform patches and middleware create compounding integration debt.
Anari Solution Vulco DC 180–360 kW, dual-gun — 200–300 km range in 15 minutes, matched to highway dwell time. 200–1000V wide-voltage output — covers every major EV from BYD to Porsche Taycan.
IP65 sealed + -30°C to 55°C operating range — designed for < 2% annual failure rate in unconditioned environments A-HAL dual-chip redundancy — backup processing path takes over on fault without dropping a charging session. Public-station-grade reliability.
Dynamic Load Balancing — multiple chargers at full throughput without grid upgrades. OCPP 2.0.1 native for remote OTA and diagnostics. OCPP 1.6J / 2.0.1 native — first-time CSMS integration passes on the first attempt. Hot-swappable power modules for < 30-minute field repair.
Case Study Phnom Penh National Highway, Cambodia. Three Pales DC units deployed along a highway corridor serving passing EVs. Client — a repeat Anari customer — needed cost-conscious hardware that could withstand Cambodia's monsoon humidity. IP65-rated design delivered stable operation through the rainy season. Wink Charging, Bulgaria (2nd-largest CPO). Deployed Anari Castor chargers on their public network. Required strict CE certification and seamless OCPP interoperability. Anari passed first-time CSMS integration testing, validating readiness for European CPO requirements.

Great Values for CPOs

Application Scenarios

Liquid-cooled ultra-fast Charging Station Configuration Recommendations

 
Rated Power
Number of Output Channels
Recommended Terminal Configuration
Total number of Corresponding Tips
360kW
6
2 Liquid cooling +2 Air cooling
6
480kW
8
2 Liquid cooling +3 Air cooling
8
600kW
10
2 Liquid cooling +4 Air cooling
10
720kW
12
2 Liquid cooling +5 Air cooling
12
960kW
16
2 Liquid cooling +7 Air cooling
16
*Note: Theoretically, each power segment supports 16 gun cables. Air-cooled terminals support dual guns, while liquid-cooled terminals only support single guns, and 2 liquid-cooled terminals can be deployed, with the rest being air-cooled terminals. The configuration shown in the above table is our company's recommended configuration, and you can also communicate with salesperson individually based on the actual situation of the project.

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