Pure DC Fast EV Charging Station

 Full charge in 20-30 Minutes / Fully charge 25 EV per Day of one station

14% higher overall efficiency / Fast charging with single-phase AC input / ROI< 2 Years

DC charging

Key Benefits:

By leveraging a centralized Pure DC Busbar architecture, our Fast EV Charging Station connects solar PV panels, battery energy storage (BESS), and chargers directly on a single DC platform. This design unlocks five core advantages for commercial operators:

  • Ultra-High Efficiency
  • Real Fast Charging Experience
  • Modular DC Busbar Platform
  • Plug-and-Play System Deployment
  • 3rd-Party Payment Integration

 

Ultra-High Efficiency

With a pure DC-coupled architecture, the system achieving an overall efficiency 12%–14% higher than traditional AC-coupled systems.

01

Real Fast Charging Experience

Delivers high-power DC fast charging capable of bringing an EV battery to full charge in just 20 to 30 minutes, drastically minimizing vehicle downtime.

02

Modular DC Busbar Platform

The system provides flexible expansion capabilities-allowing seamless integration and future upgrades of EV chargers, battery storage (BESS), and additional PV modules.

03

Plug-and-Play System Deployment

Pre-configured and optimized before delivery. Upon installation, simply connect the system to your solar PV panels or the local utility grid for immediate operation.

04

3rd-Party Payment Integration

Equipped with built-in OCPP support, ensuring full compatibility with various 3rd-party charging management software and payment platforms.

05

 

 

Commercial EV Charging Solutions

DC Fast EV Charging Stations for Commercial Projects

DTSOLARPOWER supplies a 60kW solar-battery EV charging system and a separate 120kW DC fast charging station. These products serve commercial charging projects with different energy supply, equipment and installation needs.

Compare charging output, connector options, site electrical requirements and operating functions before selecting equipment for public charging, commercial parking or fleets.

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Charging Equipment Overview

Solar-integrated charging and standalone DC fast charging.

60kW Total charger rating of the solar-battery system
60kWh LiFePO4 battery storage in the integrated system
120kW Dedicated dual-gun DC charging station
200–1000V DC vehicle charging voltage range

Product Range

Explore DC Fast EV Charging Equipment

Select a solar-storage-charging solution or a standalone DC fast charging cabinet according to the project's energy and charging requirements.

Solar + Battery + EV Charging

EV Charging Solar Station 60kWh

60kW Total Charging Power

An integrated DC-coupled charging solution combining solar PV, LiFePO4 battery storage and EV charging equipment on a shared DC busbar.

  • Battery: 60kWh LiFePO4
  • Charging interfaces: Dual-gun configuration
  • Charging output: 200–1000V DC
  • Enclosure: IP54

The 60kW rating applies to the charger as a whole. Simultaneous power allocation between the two guns depends on the configuration.

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Dedicated DC Fast Charger

120kW DC Fast Charging Station

120kW DC Charging

The DT-120KW-2 is a standalone AC-input DC fast charging cabinet with two vehicle charging interfaces.

  • Model: DT-120KW-2
  • Charging interfaces: Two
  • Charging output: 200–1000V DC
  • Enclosure: IP55

The cabinet requires a suitable electrical connection, site protection and compatible charging management configuration.

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Equipment Comparison

Compare 60kW Solar Charging and 120kW DC Fast Charging

Compare charging power, storage capacity, input supply and communication options.

Parameter 60kW Solar EV Charging System 120kW DC Fast Charger
Equipment type Integrated solar, battery and DC charging system Standalone DC charging cabinet
Total charging power 60kW 120kW
Battery storage 60kWh LiFePO4 No integrated battery storage in the described cabinet
DC charging voltage 200–1000V DC 200–1000V DC
Charging guns 2 in the specified configuration 2
Energy architecture DC busbar connecting compatible solar, battery and charging equipment AC-input charger converting electricity to DC vehicle output
Solar PV input Up to 35kW PV input No direct PV input included in the described charger
AC input AC recharge options within the integrated system configuration 380V AC ±15%
Communication RS485; Wi-Fi / 4G optional OCPP communication; network configuration to be selected
Enclosure protection IP54 IP55

DC-Coupled Energy System

Solar, Battery Storage and DC Busbar Charging Architecture

The integrated 60kW charging solution combines solar generation, battery storage and vehicle charging within a DC-coupled energy system.

Solar PV PV generation connected through compatible DC power controls
60kWh Battery Storage LiFePO4 energy storage for the integrated charging system
Shared DC Busbar Common DC energy connection within the integrated system
60kW EV DC Charging Controlled DC output to compatible electric vehicles

System architecture overview. Equipment connections and controls follow the project electrical design.

Integrated DC-Coupled Charging

The shared DC architecture brings PV generation, battery storage and EV charging together under coordinated system controls.

Standalone AC-Input DC Charger

The 120kW charging cabinet accepts AC power and delivers controlled DC electricity to vehicles. Any additional solar or battery system requires a separate integration design.

Commercial Charging Applications

Choose DC Charging Equipment for Your Site

Solar-Integrated Charging Projects

Consider the 60kW integrated system for sites planning solar generation, battery storage and EV charging as one project.

Public and Commercial Parking

The 120kW charger can serve commercial charging installations with sufficient electrical capacity and compatible vehicle connectors.

Fleet Charging Facilities

Select charging equipment according to vehicle connector standards, parking schedules and simultaneous charging demand.

Connector and Network Options

EV Charging Connectors, OCPP and Payment Integration

Connector hardware and management functions vary by charger configuration. Select these features for the vehicles and charging network in use.

Vehicle Charging Connectors

Connector options include GB/T, CCS1, CCS2 and CHAdeMO, depending on the selected charger configuration.

120kW Charger Communications

The DT-120KW-2 specifies OCPP communication. Backend compatibility, network connection and protocol version should match the charging platform.

Solar Charging System Connectivity

The 60kW solar charging product specifies RS485 communication, with Wi-Fi and 4G options. Platform functions depend on the supplied configuration.

Payment and User Access

RFID, QR-code access, payment integration and operator software depend on the charger and management platform. Specify the required functions in the RFQ.

Site Engineering

Installation Requirements for Commercial DC Chargers

Confirm the site's electrical capacity, equipment placement and charging demand before preparing the installation design.

Grid Supply and Protection

Check available service voltage, transformer capacity, upstream protection and electrical distribution.

Charging Load and Vehicle Access

Plan charging bays, vehicle movement, simultaneous sessions and cable reach around the selected chargers.

Equipment Location

Allow suitable space for cabinet foundations, cooling, maintenance access, cable routes and site drainage.

Solar and Battery Integration

For the integrated solution, coordinate PV input, battery operation, AC recharge and EV charging in the energy design.

Commercial Project RFQ

Request a DC Fast EV Charging Station Proposal

Contact DTSOLARPOWER about the 60kW solar-battery charging system or the 120kW DC charging cabinet for your commercial project.

  • Project country and installation site
  • Required charger power and quantity
  • Vehicle types and connector standards
  • Available grid voltage and site capacity
  • Solar PV and battery storage requirements
  • Simultaneous charging and operating schedule
  • OCPP, networking and payment requirements
  • Certification, delivery and installation documents
Request a DC Fast Charging Quote →

Buyer Questions

DC Fast EV Charging Station FAQ

  • What DC fast charging products does DTSOLARPOWER offer?

    DTSOLARPOWER offers a 60kW solar-battery EV charging system with 60kWh storage and a separate 120kW dual-gun DC charging station.

  • Do both DC fast chargers use a shared DC busbar?

    No. The solar-battery charging system uses a DC busbar architecture. The separate 120kW charger accepts AC electrical input and supplies DC power to vehicles.

  • What is the difference between 60kW charging power and 60kWh storage?

    Kilowatts (kW) measure charging power. Kilowatt-hours (kWh) measure stored energy. The integrated charging system has a 60kW charger rating and 60kWh battery storage.

  • Which EV charging connector standards are available?

    Connector configurations include GB/T, CCS1, CCS2 and CHAdeMO options. Available combinations depend on the selected charging model.

  • Do these charging stations support OCPP and payment platforms?

    The 120kW charger specifies OCPP communication and offers user access configuration options. The solar charging system specifies RS485 with optional Wi-Fi and 4G. Confirm backend and payment support for the selected model.

  • What details are needed for a commercial DC charger quote?

    Provide the charger power and quantity, connector standard, available electrical supply, solar or battery requirements, operating software and project destination.

Commercial EV Charging Enquiry

Source DC Fast EV Charging Equipment

Contact DTSOLARPOWER for 60kW solar-battery charging solutions, 120kW DC fast charging equipment and commercial project pricing.

Request a Charging Solution Quote →

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