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NEXT-GEN EV INFRASTRUCTURE PLATFORM

High-Power Commercial DC Fast Charging Solutions for Modern EV Infrastructure

Scale your charging network with 60kW–960kW modular systems featuring ultra-fast liquid-cooled technology, dynamic power allocation, and full OCPP cloud interoperability for highway hubs, commercial plazas, and heavy fleet operators.

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Industry Bottlenecks

Overcoming Commercial EV Infrastructure Bottlenecks

As commercial electric vehicle adoption accelerates globally, charge point operators (CPOs), highway service centers, and fleet managers face severe operational challenges that standard AC or low-power DC hardware cannot solve.

High Utility Expansion Costs

Upgrading utility transformers and grid connection points for megawatt-scale charging stations demands immense capital expenditure (CAPEX) and lengthy local power grid approval processes, constraining rapid business scaling.

Extreme Thermal Degradation

Continuous ultra-fast charging creates massive internal thermal stress. Conventional air-cooled cables become heavy, rigid, prone to overheating, and suffer from automatic power derating under high ambient operating temperatures.

Inefficient Power Distribution

Fixed-power chargers waste available power capacity when cars with varying battery state-of-charge (SoC) connect simultaneously. Without dynamic matrix allocation, total station throughput drops dramatically.

960kW
Maximum Matrix Output
>99.4%
Operational Uptime Guarantee
10-15 Min
Ultra-Fast Charging Speed
40+
Global OEM Standards Supported
Engineering Excellence

High-Power Product Matrix & Technical Innovation

Our modular commercial charging lineup integrates advanced silicon carbide (SiC) power modules, intelligent dynamic matrix routing, and state-of-the-art liquid cooling systems designed for demanding continuous commercial operation.

Integrated All-In-One Commercial DC
Integrated Commercial Fast Charger
60kW – 480kW Modular Output

Ideal for retail complexes, commercial fleets, public urban parking, and auto dealership networks.

  • Power Architecture: Hot-swappable 30kW / 40kW modules
  • Protection Rating: IP54 / IP55 robust outdoor enclosure
  • Connector Configurations: Dual / Quad CCS1, CCS2, GB/T, NACS
  • Peak Efficiency: ≥ 96.5% ultra-low conversion loss
  • User Interface: 10.1-inch high-brightness touchscreen
  • Flexible Power Allocation: Dynamically splits power across multiple vehicles based on real-time battery request.
  • Harsh Climate Resilient: Anti-corrosion cabinet coating suitable for coastal, humid, or sub-zero operational environments (-30°C to +55°C).
Megawatt Class Supercharging
Split Liquid-Cooled Ultra-Fast System
480kW – 960kW Megawatt Matrix

Designed for high-speed highway service plazas, heavy-duty e-bus depots, and regional logistics hubs.

  • Maximum Current: 600A - 800A continuous per cable
  • Cooling Technology: Closed-loop liquid circulation system
  • Terminal Ergonomics: Ultra-lightweight cable (<4kg handling force)
  • Acoustic Level: < 62dB low-noise intelligent cooling unit
  • Terminal Satellites: Supports up to 12 charging dispensers per hub
  • Ultra-Fast Charge Delivery: Delivers up to 400km - 500km driving range within a 10-minute ultra-fast charging session.
  • Decentralized Power Power Stacks: Separates bulky power conversion units from user terminals for space-saving, quiet, premium user experience.

Global Charging Standards & Protocol Interoperability Matrix

Standard / Region Connector Type Voltage Range Max Amperage Primary Target Vehicles
CCS Combo 1 (North America / Asia) CCS1 Direct Current Cable 150V - 1000V DC Up to 500A Air / 800A Liquid Passenger EVs, Light Commercial Vans
CCS Combo 2 (Europe / Australia / SA) CCS2 Direct Current Cable 150V - 1000V DC Up to 500A Air / 800A Liquid European & Global Passenger/Commercial EVs
GB/T Standard (China / Central Asia) GB/T 2015 / 2023 DC Standard 200V - 1000V DC Up to 250A Standard / 600A Liquid Passenger Electric Cars, Heavy Buses & Trucks
NACS / ChAdeMo (Optional) Integrated Adaptor / Dedicated Dual Cable 200V - 1000V DC Up to 400A Continuous Tesla Native & Legacy Asian Electric Fleets
AI Software Ecosystem

Smart Cloud Management & OCPP 1.6J / 2.0.1 Ecosystem

Seamlessly connect your hardware infrastructure with any modern Charge Point Management System (CPMS). Our native implementation of international open protocols ensures operational autonomy, high security, and dynamic revenue monetization.

  • Open Charge Point Protocol (OCPP 1.6J & 2.0.1): Out-of-the-box compatibility with leading global cloud platforms (ChargeLab, GreenFlux, AMPECO, Driivz, and custom backend servers).
  • OTA Diagnostics & Remote Upgrades: Perform instant system health updates, firmware upgrades, fault code resolutions, and power module resetting without dispatching field engineers.
  • Plug & Charge (ISO 15118 Standard): Automatic vehicle identification and seamless billing session initiation upon plug connection without RFID cards or mobile apps.
  • Integrated Multi-Payment Gateways: Embedded Nayax / Payter credit card POS terminals, Apple Pay, Google Pay, RFID loyalty cards, and mobile app QR code payments.

Dynamic Load Management (DLM) & Peak Shaving

Our dynamic load balancing algorithms prevent power grid overloads by monitoring site power consumption in real time and automatically reallocating megawatt charging capacities across active chargers.

Grid Connection Protection
Prevents expensive peak utility penalty surcharges during high-demand daytime commercial hours.
Solar PV & Energy Storage System Integration
Native Modbus TCP and CAN communication interface for direct pairing with microgrid battery storage (BESS) and solar generation systems.
Turnkey Solutions

Target Deployment Applications & Commercial Scenarios

Tailored ultra-fast charging hardware architecture designed specifically for high-throughput commercial and industrial energy operators.

Highway Service Areas

High-speed transit charging corridors requiring 480kW–960kW liquid-cooled superchargers to provide 10-minute turnaround times for long-distance drivers.

Urban Commercial Centers

Shopping malls, hotel chains, and retail hub parking structures generating steady recurring charging fee revenues while boosting consumer dwell time.

Commercial Logistics Fleets

Electric delivery van depots, heavy e-truck logistics hubs, and public transit bus terminals requiring high-reliability overnight & fast daytime charge cycles.

Microgrid Solar-Storage Hubs

Solar PV integrated charging stations equipped with battery storage systems (BESS) for clean energy usage and maximum grid Independence.

Proven Success & Yield

Global Deployment Case Studies & Return on Investment (ROI)

Empirical operational data from commercial installations demonstrating fast CAPEX recovery, continuous hardware reliability, and optimized electricity monetization.

CASE STUDY 01: CENTRAL ASIA Highway Expressway Network

Trans-Regional Supercharging Corridor Project

Deployed 36 split-type 480kW liquid-cooled stations across major intercity transit arteries. Integrated local billing gateway and multi-currency mobile payment platforms.

16.4 Months
Full CAPEX Payback Period
99.6%
Station Availability Rate
CASE STUDY 02: SOUTH AMERICA Metropolitan Retail Network

Commercial Mall Fleet & Public Supercharging Hub

Installed 120 units of 180kW & 360kW integrated dual-connector fast chargers across 15 commercial plazas with intelligent load balancing.

+42%
Reduction in Grid Upgrade Costs
3,800+ kWh
Daily Power Dispensed Per Site

Commercial Charging Station Investment Return Model

An illustrative financial projection based on a 4-dispenser (360kW split system) highway charging site operating at average commercial electricity rate margins.

ESTIMATED DAILY UTILIZATION
6.5 Hours / Plug
High-traffic commercial positioning
ELECTRICITY SERVICE MARGIN
$0.15 - $0.22 / kWh
Average tariff markup spread
ESTIMATED REPAYMENT HORIZON
14 - 19 Months
Including initial setup & commissioning
Knowledge Base

Frequently Asked Questions (FAQ)

Detailed technical and operational answers to common infrastructure, electrical capacity, and warranty inquiries.

How does modular power expansion work when grid capacity is initially limited?
Our charging hardware features modular power rack design (30kW/40kW power blocks). Operators can start by installing a system configured for 120kW output and progressively insert additional power modules up to 480kW or 960kW as regional EV traffic increases and grid capacity upgrades are finalized, minimizing initial upfront CAPEX investments.
What are the main operational advantages of liquid-cooled cables over conventional air-cooled cables at high power levels (>300kW)?
Air-cooled cables capable of carrying over 300A become extremely thick, heavy, rigid, and difficult for end-users to handle. Moreover, under continuous high ambient heat, air-cooled cables suffer thermal derating. Liquid-cooled technology uses circulating coolant fluid to dissipate heat, allowing the cable copper cross-section to remain thin and lightweight (less than 4kg handling force) while continuously delivering up to 600A-800A without power throttling.
Are your commercial chargers compliant with international grid code standards and OCPP platforms?
Yes. All hardware complies with CE, UL, CB, and IEC 61851 / IEC 62196 standard frameworks. On the software side, our native OCPP 1.6J and OCPP 2.0.1 compliance ensures seamless plug-and-play integration with third-party billing management platforms, roaming networks (Hubject, GIREVE), and enterprise backend infrastructure.
What warranty terms and technical support services are provided for enterprise deployments?
We offer a standard 24-month comprehensive manufacturer warranty with extended warranty options up to 5 years. Our service commitment includes 24/7 remote diagnostics support, guaranteed spare parts availability within 48 hours, and certified technical training programs for local installation and maintenance engineers.
Accelerate Your EV Infrastructure Project

Ready to Scale Your High-Power Commercial Charging Network?

Consult with our infrastructure systems engineers to receive a customized site feasibility evaluation, grid load analysis, product configuration plan, and ROI estimate.

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ISO 9001 & ISO 14001 Certified Manufacturing
Full Factory Acceptance Testing (FAT) Included
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