EV charging solution
Gas Station EV Fast-Charging Solution
Service-station charging projects need charger power, bay throughput, grid capacity, cable reach, payment and operating workflow to be considered together.
Who this solution is for
Fuel retailers, highway service areas and operators adding DC fast charging to existing or new sites.
Typical project requirements
- Country, connector standard and vehicle mix
- Number of bays and expected simultaneous demand
- Available transformer/grid capacity
- Target dwell time and charging power
- Payment, backend and remote monitoring
- Site layout, protection, civil works and expansion plan
Recommended equipment routes
DC Fast Chargers
Compact, dual-output and modular DC charging products.
High-Power Systems
Centralized or split architectures for high-demand sites.
EV Charging Hub
Compare charging applications and product routes.
Selection and implementation logic
Select by real simultaneous demand and site power—not only the charger nameplate. Confirm local electrical, fire, accessibility and permitting requirements with qualified local professionals.
Specifications and deliverables remain subject to final project configuration and the signed technical/commercial agreement.
Frequently asked questions
How many chargers should a service station start with?
Use forecast vehicle arrivals, dwell time, utilization targets and expansion space; a staged deployment can reduce early overbuild.
Can power be shared between outputs?
Available power-allocation behavior depends on the selected equipment and configuration and must be confirmed in the technical proposal.
Who handles local installation?
Installation, civil works and grid connection must be performed or approved by qualified local parties under applicable rules.
Information needed for a proposal
Send your application, location, quantity or production target, technical requirements, available utilities and timeline.