High Power EV Charging Station

Scalable DC Fast Charging Solution for Commercial EV Infrastructure

The High Power EV Charging Station is developed for commercial EV charging projects that require fast charging capacity, multi-vehicle operation, and long-term station expansion. It is suitable for fleet depots, highway service areas, public charging networks, bus charging stations, logistics parks, transportation hubs, and large commercial parking facilities.

With flexible DC fast charging power options from 40kW to 240kW, the system allows operators to configure charging capacity according to site power supply, vehicle traffic, parking layout, and future expansion plans. The DC200–1000V output range supports many mainstream electric vehicles, including passenger EVs, commercial EVs, electric buses, logistics vehicles, and high-voltage battery platforms.

For charging station owners and infrastructure developers, this high power EV charging station helps improve charging site utilization, reduce vehicle waiting time, and support growing EV charging demand. The system supports dual charging connectors as standard and can be configured with up to 4 charging guns per unit for higher traffic locations.

High Power Charging for Commercial EV Projects

Commercial EV charging projects often require more than basic charging equipment. Operators need charging systems that can handle high vehicle flow, support different EV models, reduce downtime, and allow future capacity expansion.

The High Power EV Charging Station provides flexible power levels for different project types. Lower power configurations can be used for commercial parking facilities and distributed charging sites, while higher power configurations are suitable for fleet depots, bus charging stations, highway charging sites, and public fast charging networks.

This product can also be planned together with remote operation systems and energy storage solutions to support charging projects where grid capacity is limited or peak-load pressure needs to be managed.

Power Selection Guide

Different charging projects require different charging power configurations. Choosing the right power level helps balance charging speed, infrastructure investment, and station operation efficiency.

40kW to 80kW configurations are suitable for commercial parking lots, office buildings, hotels, and moderate-traffic charging points.

120kW to 180kW configurations are suitable for public charging stations, fleet charging sites, shopping centers, and urban charging networks.

240kW configurations are suitable for higher-traffic stations, highway service areas, logistics fleet depots, bus charging projects, and locations where faster vehicle turnover is required.

For larger station capacity, multiple high power DC charging units can be combined according to site planning, transformer capacity, number of parking spaces, and charging demand.

Charging Station Architecture

A high power EV charging station is not only a charging unit. It is part of a complete charging infrastructure system.

A typical charging station project may include:

DC fast charging units

Power distribution system

Charging connectors and cable layout

Parking space planning

Remote operation and monitoring system

Communication module

Optional energy storage system

Grounding and electrical protection system

Maintenance access planning

This project-based structure allows charging station operators to build scalable charging infrastructure according to actual site conditions and future business plans.

Key Features

Scalable High Power DC Charging

The system supports 40kW, 60kW, 80kW, 120kW, 160kW, 180kW, and 240kW output power configurations. Operators can choose the proper configuration based on charging demand, power supply capacity, and application scenario.

Wide DC200–1000V Output Compatibility

The wide voltage range helps support many EV battery systems, including mainstream passenger vehicles, commercial electric vehicles, and higher-voltage EV platforms.

Multi-Gun Charging Capability

The standard configuration includes 2 charging connectors. Depending on project requirements, the system can support up to 4 charging guns per unit to improve charging site throughput.

Suitable for Indoor and Outdoor Installation

With IP54 protection, the charging station can be used in both indoor and outdoor environments, including public parking areas, fleet sites, highway stations, and commercial charging locations.

Intelligent Thermal Protection

The system supports intelligent power derating when the shell temperature exceeds 70°C. This helps protect internal components during high-temperature or high-load operation.

Remote Operation and Service Support

Remote operation and service functions help operators monitor equipment status, respond to faults more efficiently, and reduce unnecessary on-site maintenance.

Optional Liquid Cooling

Air cooling is the standard cable type. Optional liquid cooling can be configured for projects requiring higher charging performance or stronger thermal management.

Custom Project Configuration

Custom design, OEM, and ODM services are available for different market requirements, including cabinet appearance, logo, connector standard, cable length, and communication configuration.

Application Scenarios

Fleet Charging Depot

The High Power EV Charging Station can be used for taxi fleets, logistics fleets, delivery vehicles, buses, and commercial vehicle operations. Multi-gun charging support helps fleet operators improve charging schedules and reduce vehicle idle time.

Bus Depot Charging Station

For electric bus depots, charging equipment must support high-frequency daily operation and organized charging schedules. High power DC charging helps support route planning, night charging, and fleet operation efficiency.

Highway EV Charging Station

Highway service areas require fast vehicle turnover and charging equipment that can handle peak travel periods. High power charging supports long-distance EV travel and improves station service capacity.

Public EV Charging Network

The system can be deployed in city public charging stations, municipal EV charging projects, transportation hubs, and urban charging networks. Remote operation support helps operators manage charging assets across multiple locations.

Commercial Parking Charging Facility

Shopping malls, hotels, airports, office parks, and large parking facilities can use high power DC charging to provide faster charging service and support growing EV user demand.

Energy Storage Integrated Charging Site

For locations with limited transformer capacity or unstable grid conditions, the charging station can be combined with battery energy storage systems to support peak shaving, load balancing, and weak-grid charging applications.

Product Name	DC Fast Charger
Product Type	Commercial DC Fast Charging Station
Installation Type	Floor-Mounted
Output Power	40kW / 60kW / 80kW / 120kW / 160kW / 180kW / 240kW
AC Input Voltage	AC380V ±20%
Input Connection	3P + N + PE
Operating Frequency	45–65Hz
Power Factor	≥0.95
Output Voltage Range	DC200–1000V
Output Current	0–300A
Charging Connectors	2
Maximum Gun Configuration	Up to 4 Guns
Charging Cable Length	Standard 5m Cable
Cable Cooling	Air Cooling
Optional Configuration	Liquid Cooling
Operating Temperature	-20°C to 50°C
Storage Temperature	-40°C to 85°C
Humidity Range	5–90% RH, Non-Condensing
Altitude	≤2000m
Protection Rating	IP54
Installation Environment	Indoor / Outdoor
Remote Monitoring	Supported
Remote Service	Supported
Custom Design	Available
OEM / ODM	Supported

We support project-based customization for charging station operators, distributors, EPC contractors, and infrastructure developers.

Available customization options include:

Logo branding

Cabinet color and appearance design

Connector standard selection

Charging gun quantity configuration

Charging cable length customization

Communication module configuration

Payment system integration

Language interface customization

Remote management platform integration

Charging station layout support

Energy storage system integration

Every DC Fast Charger undergoes strict quality control throughout the manufacturing process, from component inspection and assembly verification to functional testing and final inspection. Key systems including charging modules, power distribution units, communication functions, safety protections, and charging connectors are tested to ensure stable performance and compliance with project requirements. Each unit is subjected to operational testing before shipment to help ensure product consistency, reliability, and long-term performance in commercial EV charging applications.

1. What types of electric vehicles can this 240kW charging station support?

This charger supports a wide DC output range of 200V–1000V, making it compatible with most passenger EVs, electric buses, commercial vehicles, and fleet vehicles. Connector standards such as CCS1, CCS2, GB/T, and CHAdeMO can be configured based on market requirements.

2. Can two vehicles charge simultaneously?

Yes. The standard configuration includes dual charging connectors, allowing two vehicles to charge at the same time. Power distribution can be managed intelligently according to vehicle charging demand.

3. Is the charger suitable for public charging stations?

Yes. This model is specifically designed for public charging stations, commercial parking facilities, highway service areas, fleet depots, and other high-traffic charging environments.

4. What is the actual charging speed of a 240kW charger?

Charging speed depends on the vehicle's battery capacity, charging acceptance rate, battery temperature, and state of charge. Vehicles that support high-power DC charging can significantly reduce charging time compared to lower-power chargers.

5. Does the charger support OCPP communication?

Yes. OCPP 1.6J and OCPP 2.0.1 are available as optional configurations, allowing integration with third-party charging management platforms and payment systems.

6. Can the charger be customized for our brand?

Yes. We provide OEM and ODM services, including logo printing, cabinet color customization, software interface branding, connector selection, and project-specific configurations.

7. What connector standards are available?

The charger can be configured with CCS1, CCS2, GB/T, or CHAdeMO connectors according to the target market and vehicle requirements.

8. Is this charger suitable for outdoor installation?

Yes. The charger is designed for both indoor and outdoor installation and features an IP54 protection rating, making it suitable for various environmental conditions.

9. What is the operating temperature range?

The charger operates in temperatures from -20°C to +50°C and supports intelligent power derating when internal temperatures exceed safety thresholds to protect critical components.

10. Can the charger work with battery energy storage systems?

Yes. The charger can be integrated with battery energy storage systems (ESS) to reduce grid demand, support peak shaving, and provide charging solutions in locations with limited utility power capacity.

11. What power supply is required for installation?

The charger requires AC380V ±20%, three-phase input with 3P+N+PE connection. We can also provide recommendations based on local grid conditions.

12. What maintenance is required during operation?

Routine maintenance mainly includes cleaning air filters, inspecting charging cables and connectors, checking electrical connections, and monitoring system alarms through the management platform.

13. What safety protections are included?

The charger includes multiple protection functions, including over-voltage protection, under-voltage protection, over-current protection, short-circuit protection, leakage protection, over-temperature protection, emergency stop protection, and lightning protection.

14. What is the expected service life of the charger?

Under normal operating conditions and proper maintenance, the charger is designed for long-term commercial operation and typically achieves a service life of more than 10 years.

15. What information do you need before providing a quotation?

To provide an accurate quotation, we recommend sharing the target country, connector standard, required power configuration, quantity, installation environment, network communication requirements, payment system requirements, and any OEM or customization requests.

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