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Commercial EV infrastructure

EV charging projects for Malaysian businesses and properties

Plan charger mix, electrical capacity, load management, payment operation and solar integration as one site project—not as a collection of wallboxes.

Illustrative AI concept of a Malaysian mixed-use commercial EV charging forecourt
Illustrative AI concept · Site layout and charger specification subject to assessment

Commercial properties

Offices, hotels, retail sites and mixed-use developments planning shared charging bays.

Factories and fleets

Workplace, logistics and fleet charging designed around operating schedules and site demand.

Public charging sites

Destination and public-access charging where uptime, payment flow and operating ownership matter.

Engineering scope

What a commercial charging assessment covers

Electrical capacity

Supply, diversity, maximum demand and staged capacity requirements.

Operations

Access, payment, monitoring, uptime ownership and user support.

Charger mix

AC and DC selection based on dwell time, turnover and vehicle profile.

Commercial model

Compare purchase routes: outright, bank loan or hire purchase. Every route starts with a booking of 20% of the system price, capped at RM20,000, credited in full.

Prepare the project brief

Approximate information is enough for the first review. Final equipment and electrical design follow site verification.

  • Site type, parking layout and charger quantity
  • Existing electrical supply and maximum demand
  • Vehicle dwell time and expected daily sessions
  • AC, DC fast or mixed charging requirement
  • Purchase route (outright, loan or hire purchase) and billing preference
  • Solar, battery and load-management requirements

How a commercial charging project is planned

The right charger mix depends on how long vehicles stay. Staff and hotel-guest vehicles are parked for hours, so lower-power AC charging spread across many bays usually serves them well, while short-stay public sites and fleet turnarounds may call for DC fast charging. Because every added charger raises the site's maximum demand, load management is planned together with the charger count: it shares the available supply between bays so that the incoming TNB supply is not exceeded at peak.

Where a site already has rooftop or carport solar, daytime charging can use part of that generation, which is why charging, solar and battery storage are best scoped in one assessment. Our commercial solar and commercial BESS pages explain the generation and storage side, and commercial solar financing covers how those projects can be funded.

For a first review we normally ask for the latest 12 months of TNB bills, a site plan showing the parking area, the single-line diagram and a photo of the meter and main switchboard. These show how much spare capacity the incoming supply has and whether a transformer or switchgear upgrade should be budgeted before any charger is ordered. Final equipment selection and electrical design follow a site visit.

Charging guides by site type

Each guide covers the typical charger mix, access and billing questions for that kind of site.

Commercial Solar

Request a Commercial EV Charging Assessment

Share the site, expected usage and commercial model. A Trexon commercial team member will review your request and reply.

  • Charger and installation scope confirmed from your site details
  • Electrical board and parking photos reviewed by our engineers
  • SEDA-registered PV Service Provider (RPVSP-2026/373) · SSM 201301044881 (1074704-D)

Prefer to talk first? Message our commercial team on WhatsApp.

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Send your project brief

Tell us about the site and we will prepare an EV charging proposal priced per project from your bills.

Mobile or office line

You can also upload these in your dashboard after submitting, or send them on WhatsApp.

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