High-Power Commercial DC Fast Charging Solutions for Modern EV Infrastructure
Empowering CPOs, highway hubs, and commercial real estate with modular 60kW to 960kW split liquid-cooled ultra-fast charging systems. Engineered for high uptime, maximum yield, and seamless global compatibility.
Designed for High-Yield Commercial EV Deployments
Whether catering to high-speed transit corridors, dense municipal turnarounds, or retail power hubs, our hardware architecture delivers reliable mega-watt power distribution tailored to your asset model.
Highway Service Corridors
High-throughput transit hubs demand extreme turnaround speeds to prevent gridlock. Our ultra-fast liquid-cooled systems add up to 300km of range in under 10 minutes.
- 480kW–960kW Split Supercharging
- Dynamic power Matrix Allocation
- Lightweight liquid-cooled cables
Urban CPO Operators
City-center charging plazas, taxi hubs, and fleet depots require scalable footprints, continuous power sharing, and automated billing synchronization via cloud networks.
- 120kW–360kW All-In-One DC Fast Units
- Dual-gun continuous power balance
- OCPP 2.0.1 / 1.6J seamless migration
Commercial Real Estate
Transform parking infrastructure into a premium income asset. Monetize dwell-time at shopping centers, office towers, and mixed-use commercial destinations.
- 60kW–180kW Compact footprint
- Custom branding & 15" ad displays
- Dynamic Load Balancing (DLB)
Solving Critical Bottlenecks in Heavy-Duty EV Infrastructure
Commercial charging operators face steep grid expansion costs, thermal throttling under continuous load, and operational revenue loss due to equipment downtime. Here is how our architecture overcomes these hurdles.
Challenge: Prohibitive Grid Expansion Costs
Upgrading local grid transformers to accommodate multi-megawatt peak demand can derail project financial viability and delay site commission by 12–18 months.
THE SOLUTION: Intelligent Dynamic Power Matrix
Our intelligent power stacks dynamically route available power modules in real-time steps of 20kW/30kW. Power is automatically prioritized to vehicles capable of accepting high C-rates, maximizing megawatt-hour throughput without exceeding utility peak caps.
Challenge: Overheating & Cable Derating
Traditional air-cooled cables carrying >250A generate massive internal heat, forcing automatic thermal power derating and resulting in unacceptably long charging sessions.
THE SOLUTION: Liquid-Cooling Loop Thermal Management
Utilizing synthetic liquid coolant circulation through ultra-thin liquid-cooled charging cables. Maintains optimal connector temperatures below 50°C even under continuous 600A output, delivering sustained maximum charge rates.
Challenge: Severe Environment Degradation
Dust ingress, high humidity, salt spray, and extreme temperatures accelerate module failure rates, resulting in high maintenance OPEX and lost revenues.
THE SOLUTION: Isolated Air-Duct & IP55 Enclosures
Our power modules feature fully isolated internal airflow channels. Power electronics are sealed off from ambient airborne dust, humidity, and corrosive particles, ensuring long system lifespans in tough environments.
Challenge: Multi-Standard Fleet Incompatibility
Operators hosting diverse regional electric cars, heavy buses, and light commercial vehicles often face physical or software protocol handshake mismatches.
THE SOLUTION: Universal Multi-Protocol Compliance
Native support for CCS Combo 1, CCS Combo 2, GB/T 2015/2023, and NACS connectors. Rigorously tested against over 200 global vehicle models with 150V to 1000V DC operating ranges.
Commercial DC Fast Chargers & Liquid-Cooled Stacks
Modular, resilient, and ultra-high efficiency hardware built for round-the-clock commercial operation.
All-in-One Integrated Commercial DC Fast Charger
Engineered for versatility and straightforward field integration. The all-in-one standalone structure packs highly efficient matrix power conversion modules into a heavy-duty IP54/IP55 weather-sealed cabinet.
- Hot-swappable 30kW / 40kW silicon carbide (SiC) power modules
- Dual-outlet smart dynamic power splitting (50:50 or smart load)
- Integrated 15" daylight-readable outdoor touchscreen POS terminal
Split-Type Liquid-Cooled Ultra-Fast Charging System
Designed for next-generation electric supercharging stations. Separates the main power bank cabinet from sleek user dispensers, delivering up to 600A continuous boost charging with whisper-quiet operational sound emissions.
- Ultra-lightweight liquid-cooled cable reduces user strain by 65%
- Connects up to 12 terminal dispensers per central power stack
- Zero power derating under extreme +50°C ambient temperatures
Smart Ecosystem & OCPP Compliance (1.6J / 2.0.1)
Unlocking total operational control over your charging fleet. Our software platform seamlessly bridges hardware metrics with backend cloud intelligence, giving operators real-time diagnostic tools, dynamic tariff controls, and automated settlement options.
Open OCPP Protocol
Native compliance with OCPP 1.6J and OCPP 2.0.1 allows effortless integration into third-party operator systems, white-label CMS platforms, or utility software suites.
ISO 15118 Plug & Charge
Enables seamless driver authentication and automated billing. Drivers simply plug in the cable; encryption keys handle authentication and start charging automatically.
Remote Predictive Maintenance
AI diagnostic engine monitors temperature sensors, voltage ripples, and module aging in real-time, pushing predictive alerts before failures cause unexpected downtime.
Flexible Payment Gateway
Integrated supporting contactless Credit/Debit POS terminals, RFID loyalty cards, mobile App QR codes, and Apple Pay/Google Wallet integrations.
Over-The-Air (OTA) Updates
Keep your network perpetually compatible with newly released EV models through automated firmware upgrades deployed over secure cellular connections.
Smart Peak Shaving
Integrates with local energy storage systems (BESS) and solar PV arrays to shave peak grid demand charges and optimize site profitability.
Field Operational Data & Commercial ROI
Demonstrated commercial scalability across diverse international deployments—from high-altitude corridors in Central Asia to extreme desert conditions in South America and the Middle East.
Delivering Rapid Investment Payback for Operators
By combining industry-leading energy conversion efficiency (>96.5%) with an ultra-high uptime rating, our solutions maximize total daily kWh sold while drastically minimizing operational maintenance expenses.
Average Payback
18–24 MonthsHardware Uptime
> 99.5%OPEX Reduction
- 35% YearlyDesign Lifespan
10+ YearsCentral Asian Highway Fast-Charging Corridor
Deployment of 24 split-type ultra-fast liquid-cooled stations across a 1,200km key transit highway link. Operating seamlessly under extreme climate shifts ranging from -35°C winter freezes to +45°C summer heatwaves.
- Daily Charging Sessions: Avg. 140 vehicles per station
- Average Turnaround Time: 14 minutes per vehicle
- Operational Availability: 99.8% over 18 months continuous evaluation
Frequently Asked Questions
Key technical considerations for commercial electric vehicle charging site design, deployment, and long-term operation.
How does liquid cooling compare to standard air cooling?
Liquid cooling circulates specialized dielectric coolant through the charging cable and connector contacts. This allows the system to sustain 600A continuous charging current without thermal derating, maintaining a lightweight cable diameter similar to standard AC cables, whereas traditional air-cooled cables are capped at around 250A–300A continuous due to cable thickness and weight limitations.
What happens if site power capacity is insufficient for 960kW?
Our chargers include built-in Dynamic Load Balancing (DLB) software and modular power stacking. The system constantly reads real-time available grid capacity and restricts output accordingly. Additionally, our hardware can seamlessly integrate with Battery Energy Storage Systems (BESS) to buffer grid draw during high-demand peaks.
What regional EV standards are supported out of the box?
Our solutions support full multi-standard configuration. Depending on deployment region, cabinets can be outfitted with CCS Combo 1 (North America), CCS Combo 2 (Europe/Global), GB/T 2015/2023 (China/Asia), or NACS configurations, with support for dual-connector concurrent fast charging.
What warranty and maintenance services are provided?
We provide a comprehensive standard 3-year commercial warranty, extendable up to 5 or 10 years via SLA contracts. Thanks to modular design, individual module replacements take under 15 minutes, supported by global spare-part warehouses and 24/7 technical hotline dispatch.
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