Charging solutions for businesses and projects
A good charging system starts from how it will actually be used, not from a charger model. The EV Easy team looks at the number of vehicles, how long they park, the existing electrical system and your business goals before choosing chargers and designing a system that fits today and can expand as the number of vehicles grows.
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Choose by use case
Homes · Condos · Housing estates
Suitable for: Homeowners, condominium juristic persons and housing estates that want charging points for residents
Recommended power: AC wall-mounted chargers 7.4 / 11 / 22 kW
Power is chosen according to the meter size and the building's 1-phase or 3-phase supply. For condos and housing estates, the total electrical load of the whole building must be assessed before deciding the number of charging points, so that common-area power does not drop when several cars charge at the same time.
Offices · Hotels · Shops
Suitable for: Businesses where customers or staff park while using the service and want to charge more within their parking time
Recommended power: Compact DC 20 / 30 / 40 kW or multiple AC points
Compact DC chargers can be wall-mounted and run on 3-phase power, making them a good starting point for fast charging without investing in a large electrical system. If cars park all day, multiple AC points may be better value; our team can help compare.
Fleets
Suitable for: Logistics companies, service vehicles and organisations with many EVs that return to charge on a set schedule
Recommended power: All-in-One DC 60–480 kW, charges two vehicles at once
The right power is calculated from the number of vehicles, usage cycles, available parking time and existing transformer capacity. Connects to a management system via OCPP to view status and share power between connectors.
DC charging stations
Suitable for: Public charging station investors, fuel stations and commercial sites that need multiple connectors
Recommended power: Power Cabinet + Dispenser 240 kW – 1 MW · 2–12 connectors
The power cabinet is separate from the connectors, so one cabinet shares power across multiple connectors according to the cars actually charging. Start at a size that fits today, then add connectors or power as the number of vehicles grows.
Power ranges and system types depend on the model, the electrical system and the design of each project.
Projects being delivered (updated Sep B.E. 2569)
EV Easy DC Fast Charger projects currently being installed and delivered, from Chiang Mai to Chonburi
01 · Chiang Mai
02 · Lampang
03 · Korat
04 · Chachoengsao
05 · Chonburi
Suitable for hotels, shopping malls, fuel stations, car parks, real estate projects, car service centres and charging station investors · Supports the Elexa and OneCharge platforms
Project process
Step 1
Site assessment
Survey the electrical system, transformer, MDB, parking positions and the number of vehicles that will use it
Step 2
System design
Define power, connector types, power sharing, protection, network and payment
Step 3
Installation
Electrical wiring and charger installation by the EV Easy installation team
Step 4
Testing
Test real charging and every protection point before going live
Step 5
Handover
Training, document handover and planning for post-installation care
Request a project consultation
Tell us briefly where you will install and how it will be used, and our team will contact you to schedule a site assessment.