Commercial EV Charging Solutions

Electway provides commercial DC EV chargers and EV charging solutions for public charging networks, commercial fleets, parking facilities, dealerships and other EV charging applications.

Electway offers commercial DC EV charging solutions for different charging environments, from compact DC chargers for smaller commercial sites to high-power charging stations for public charging networks and electric vehicle fleets. Available solutions include wall-mounted, floor-mounted, split-type, portable and multi-standard DC chargers.

Electway develops multi-standard EV charging equipment compatible with major DC charging standards, including CCS1, CCS2, CHAdeMO, GB/T and NACS. Multi-standard charging solutions can help commercial charging operators serve different EV models with a single charging infrastructure.

1.Charging Power

Choose the charger power according to vehicle battery capacity, required charging time, site power availability and expected daily charging demand.

2. Charging Standard

Select CCS1, CCS2, CHAdeMO, GB/T or NACS according to the EV models and target market.

3. Number of Charging Outputs

Single-output chargers are suitable for basic applications, while dual-output and multi-standard chargers can improve charging site utilization.

4. Installation Type

• Wall-mounted
• Floor-mounted
• Split-type
• Portable / movable

5. Communication and Payment

• OCPP
• charging management
• remote monitoring
• POS payment
• network integration

Public EV Charging Stations

• public charging networks
• highway charging
• parking facilities

EV Fleet Charging

• logistics fleets
• company fleets
• taxi fleets
• commercial vehicles

Dealerships and Service Centers

• vehicle delivery
• customer charging
• vehicle maintenance

Workplace and Commercial Parking

• office buildings
• shopping centers
• hotels
• commercial parking facilities

DC EV Chargers

20kW–500kW commercial DC charging solutions.

AC EV Chargers

7kW–43kW AC charging solutions.

Portable DC EV Chargers

Portable and movable DC charging equipment for flexible charging applications.

EV Charging Connectors

• CHAdeMO
• NACS
• Type 2
• CCS-related connectors

EV Charging Adapters

• CHAdeMO to CCS
• CHAdeMO to NACS
• CCS2 to GB/T
• GB/T to CCS
• GB/T to NACS

V2H / V2L Solutions

• Vehicle-to-Home
• Vehicle-to-Load
• EV energy supply applications

Established EV Charging Manufacturer
Electway was established in 2012 and is based in Guangzhou, China.

Full EV Charging Product Portfolio
The company develops AC and DC EV chargers, portable chargers, EV connectors, EV adapters and V2H/V2L solutions.

Multi-Standard Charging Expertise
Electway works with CCS1, CCS2, CHAdeMO, GB/T and NACS-related charging solutions.

R&D and Manufacturing Capability
Electway states that its PCBA, firmware and software are developed in-house and that it provides ODM/OEM services.

International Market Experience
Electway states that its products serve customers across multiple international markets.

Looking for a commercial DC EV charger, multi-standard charging station, portable DC charger or EV charging adapter? Tell us your target market, required charging power, connector standard and application scenario. Electway can recommend a suitable EV charging solution for your project.

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Commercial EV Charging Solutions at a Glance

What commercial DC EV chargers does Electway provide?

Electway provides commercial DC EV charging solutions ranging from compact 20kW-class chargers to high-power charging systems up to 500kW, with configurations supporting major charging standards including CCS, CHAdeMO, NACS and GB/T.

Which EV charging standards does Electway support?

Electway offers charging equipment and adapters for CCS1, CCS2, CHAdeMO, GB/T and NACS applications.

What applications are Electway chargers designed for?

Electway charging solutions are designed for public charging stations, commercial parking, EV fleets, dealerships, workplaces and other commercial EV charging applications.

FAQ 1

What is a commercial DC EV charger?

A commercial DC EV charger is a high-power charging system designed for businesses, public charging networks, fleet operators, parking facilities and other commercial applications. Unlike AC charging, DC charging delivers direct current to the EV battery, enabling significantly faster charging.

FAQ 2

What DC EV charger power should I choose?

The appropriate power depends on vehicle battery capacity, charging time requirements, site electrical capacity and daily charging demand. Commercial applications can use chargers ranging from approximately 20kW compact DC chargers to high-power 180kW, 240kW and 360kW-class systems.

FAQ 3

Which EV charging standards are supported?

Commercial EV charging systems may support CCS1, CCS2, CHAdeMO, GB/T and NACS depending on the charger configuration and target market.

FAQ 4

Can one DC charger support multiple EV charging standards?

Yes. Multi-standard DC charging systems can be configured to support multiple charging standards, allowing charging operators to serve different EV models with the same charging infrastructure.

FAQ 5

What is the difference between CCS2, CHAdeMO, GB/T and NACS?

They are different EV charging standards used in different vehicle markets. CCS2 is widely used in Europe and other international markets, CHAdeMO originated in Japan, GB/T is widely used in China, and NACS/SAE J3400 is used increasingly in North America.

FAQ 6

Can Electway provide OEM or ODM EV chargers?

Yes. Electway states that it provides OEM/ODM services for EV charging equipment and develops charging hardware, PCBA, firmware and software in-house.

FAQ 7

Can commercial DC chargers support OCPP?

Depending on the product configuration, commercial charging stations can integrate charging management and communication functions such as OCPP. The exact protocol version and backend compatibility should be confirmed for the selected charger.

FAQ 8

How can I choose a DC EV charger for a charging station?

Consider five main factors:

1. Charging power
2. EV charging standard
3. Number of charging outputs
4. Available site power
5. Charging management and payment requirements