EV Charging for Shopping Malls in Malaysia: What It Really Costs and Earns in 2026
- EvGuru
- 10 hours ago
- 8 min read
If you manage or own a shopping mall car park in Malaysia, the direct answer is this: start with a small, phased AC charging deployment (roughly 1-2% of total bays), treat the electricity margin as a break-even line item rather than a profit centre, and use the Green Investment Tax Allowance (GITA) before it closes on 31 December 2026 to make the capex case work. Charging fee revenue alone very rarely repays the installation within a normal payback window - the return comes from tenant retention, footfall, and the tax treatment, not the sen-per-kWh spread.
This article breaks down the numbers a mall operator, JMB commercial committee, or property manager actually needs before signing off on a car park EV charging project in 2026.
The 60-Second Answer: What Mall Operators Need to Know
Installation cost is always project-specific - it depends on bay count, cable run distance to the MDB, and whether the site needs a supply upgrade. There is no single 'per bay' number that applies to every mall.
There is no fixed Suruhanjaya Tenaga or KPKT bay ratio for shopping malls specifically. The GPP EVCB planning guideline permits EV charging bays in commercial car parks but leaves the exact count to the developer's own application.
Most malls should start with mostly 7-22kW AC bays matched to typical shopping dwell time, adding one or two DC fast bays only near high-traffic entrances.
Charging fee margin is thin. The real commercial case rests on tenant/footfall retention plus the 100% GITA investment tax allowance, which closes for new applications on 31 December 2026.
JMB-managed mixed developments (retail podium + residential tower) face an extra layer: JMB approval and metering strategy on top of the mall operator's own decision.
How Many Charging Bays Does a Mall Actually Need?
Malaysia has no published statutory ratio dictating how many EV bays a shopping mall must install relative to total parking capacity. The national planning guideline for EV charging bays (GPP EVCB), issued by the planning authorities, sets out where EVCBs can be sited - including commercial car parks - and the spacing and fire-safety rules around them, but it does not mandate a mall-specific quota the way some strata guidelines set a floor for residential buildings.
In the absence of a fixed rule, the practical approach we recommend to mall clients is to size the first phase around current EV ownership among shoppers and known tenant demand, then design the electrical infrastructure (switchboard capacity, conduit runs) to scale without a second disruptive retrofit. The table below is our phased planning guide, not a regulatory requirement.
Mall Category | Typical Total Bays | Suggested Phase-1 EV Bays | Ratio (of total) |
Neighbourhood mall | 300-800 | 4-8 (mostly AC) | ~1-2% |
Regional mall | 800-2,500 | 15-30 (AC + 1-2 DC) | ~1.5-2% |
Flagship/mega mall | 2,500+ | 40-80+ (AC + several DC) | ~2-3% |
Academic modelling of mall-to-charging conversions backs this cautious, phased approach. A 2024 case study published via ScienceDirect on transitioning mall parking lots to EV charging found that sufficient charging poles support user satisfaction, but excessive poles jeopardise the financial feasibility of the project - the optimal count is a balance point specific to each site's own parking data, not a universal ratio.
What It Costs: Installation, Supply, and Ongoing Running
Commercial installation cost for EVGuru mall and car park projects is always quoted per project - it depends on the number of bays, cable distance from the main distribution board, whether three-phase supply is already available, and whether the building's existing TNB capacity can absorb the extra load without an upgrade application. The table below shows what actually drives that quote.
Cost Component | What Drives It |
Charger hardware + installation per bay | Charger count, power rating (7-22kW AC vs DC fast), and cable run length - quoted per project |
Electrical infrastructure upgrade | Only needed if existing MDB/substation capacity is insufficient; confirmed by an ST-registered Competent Person's load assessment |
TNB commercial tariff (Tariff C1/C2) | A per-kWh energy charge plus a separate capacity charge tied to maximum demand - not a flat retail rate, and it varies by voltage class |
Charge Management System (CMS) & billing | Software licensing, payment gateway integration, per-session or subscription model |
Ongoing maintenance | An annual service contract protects charger uptime and, where EVGuru supplies and installs the hardware, keeps the 2-year warranty intact |
Because TNB bills commercial and industrial customers on the RP4 structure - energy charge, capacity charge, network charge, and a monthly-fluctuating AFA surcharge or rebate - a mall's actual cost per kWh sold to an EV driver cannot be reduced to one national number. It has to be run against the site's real electricity bill, which is exactly what a site assessment is for.
The Revenue Side: Why the Margin Alone Rarely Pays It Back
Public charging rates reported across Malaysian operators sit in a fairly wide band, and that spread is the whole revenue equation for a mall reselling electricity to EV drivers.
Charger Type | Typical Public Rate | Typical Mall Session Length |
AC (7-22kW) | RM0.60 - RM1.15 per kWh | 1-3 hours, matching a typical shopping or dining visit |
DC fast (50kW+) | RM1.20 - RM1.80+ per kWh | 20-40 minutes - a driver on a fast charger is less likely to linger and spend |
Assume a 7kW AC bay running at a typical retail rate, against a commercial energy cost that already includes TNB's capacity and network charges. The margin per kWh sold is usually a matter of tens of sen, not ringgit. With most shoppers plugged in for only part of a visit rather than a full charge cycle, a single AC bay rarely delivers more than a modest handful of paid kWh sessions a day even at healthy utilisation.
That is why malls that already run EV charging - including sites like Mid Valley Megamall, Sunway Velocity Mall, Sunway Putra Mall, and Suria KLCC's car park, which list both AC and DC bays on the Gentari network - generally frame charging as a shopper amenity rather than a standalone revenue line. IPC Shopping Centre goes further, running a loyalty-points and voucher scheme tied to charging sessions rather than pricing purely for margin.
The one mistake to avoid: sizing the electrical infrastructure only for the chargers you're installing on day one. Retrofitting conduit and switchboard capacity after the fact means re-opening finished car park finishes and disrupting live tenants - provision the cabling and DB capacity for your Phase 2 bay count now, even if you only populate half of it with chargers today.
Commercial and JMB Implications
For a standalone mall operated by a single Sdn Bhd, the decision is mostly financial: capex, TNB capacity, and tax treatment. For a mixed-use development where a JMB or Management Corporation oversees a retail podium alongside residential towers, there's an extra layer.
GITA is a corporate income tax incentive - it can be claimed by the Sdn Bhd/Bhd that owns and operates the charging asset as part of its business, offsetting up to 100% of statutory income for five years. It is not something a JMB or individual owner can claim in the same way.
Applications to MIDA must be submitted before the capex is incurred, and the window for this GITA cycle closes 31 December 2026 - there is no confirmed extension beyond that date.
If the mall's car park sits within a strata-titled mixed development, any work touching shared infrastructure (the MDB, risers, common car park wiring) still needs a JMB or MC resolution, separate from the mall operator's own commercial sign-off.
Metering strategy matters for mixed developments: a mall-run CMS billing shoppers directly is a different setup from a JMB billing residents per kWh through a shared meter, and the two shouldn't be mixed on the same distribution board.
If your development includes both a retail podium and residential towers, review our condo and JMB charging guide alongside the commercial car park and business page before scoping the mall side in isolation - the two infrastructure decisions usually share a substation.
What This Means If You're Shopping There, Not Managing It
For EV-owning homeowners, mall charging is a convenience top-up, not a primary charging strategy. Relying on a mall AC bay for a full charge means competing for a limited number of bays and paying a public per-kWh rate well above what home charging costs on a domestic TNB tariff.
A dedicated wallbox at home remains the cheaper, faster, always-available option for daily charging - browse the home wallbox range or the full charger hub if you're deciding between a 7.4kW and a 22kW unit for your own driveway or condo bay.
FAQ
How much does it cost to install EV chargers in a shopping mall in Malaysia?
There is no single figure - cost depends on bay count, charger power, cable run distance, and whether the existing TNB supply needs an upgrade, so every mall project is quoted per site. For comparison, EVGuru's residential installations start from RM1,590 for single-phase and RM1,650 for three-phase; commercial and mall projects are always assessed and quoted individually via a site visit.
How many EV charging bays should a shopping mall have compared to total parking bays?
There's no fixed Suruhanjaya Tenaga or planning-authority ratio specifically for malls. Our planning guidance is to start around 1-2% of total bays with mostly AC chargers, then scale toward 2-3% as demand grows, provided the underlying electrical infrastructure was sized for that growth from the start.
Can a shopping mall actually make a profit from EV charging alone?
Rarely, and not quickly. The per-kWh margin between what a mall pays TNB on a commercial tariff and what it charges EV drivers publicly is typically thin, and average shopping dwell times cap how much energy a single AC bay sells per day. The stronger financial case comes from the GITA tax allowance plus the tenant and footfall retention value, not the electricity spread itself.
What is GITA and does it apply to mall EV charger installation?
GITA (Green Investment Tax Allowance) lets a qualifying Malaysian company that owns and operates EV charging as a business claim a 100% investment tax allowance on the capital cost, offsettable against statutory income for five years. Applications go through MIDA and must be submitted before 31 December 2026; it applies to the corporate entity operating the charging asset, not to a JMB or individual owner.
Is DC fast charging or AC charging better for a shopping mall car park?
AC charging (7-22kW) generally suits mall car parks better because it matches typical 1-3 hour shopping dwell time and most EVs' onboard AC charging limits. DC fast chargers make sense in small numbers near entrances for shoppers on a quick errand, but they cost significantly more to install and draw far more electrical capacity per bay.
Sources & assumptions
Suruhanjaya Tenaga's EVCS guideline GP/ST/No.54/2025 - electrical, protection, and licensing rules for EV charging systems in Malaysia.
PLANMalaysia/KPKT's GPP EVCB planning guideline - permits EV charging bays in commercial car parks and sets siting and fire-safety separation rules, without mandating a fixed mall-specific bay ratio.
MIDA public statements on the Green Investment Tax Allowance for charging point operators - 100% investment tax allowance over five years, application window closing 31 December 2026.
TNB's RP4 commercial and industrial tariff structure (Tariff C1/C2) - energy charge, capacity charge, network charge, and a monthly-fluctuating AFA adjustment, as reported by Malaysian energy-tariff industry guides.
Publicly reported charging price ranges across Malaysian operators (AC roughly RM0.60-RM1.15/kWh, DC fast roughly RM1.20-RM1.80+/kWh) - rates change by site and operator; always confirm current pricing in-app before relying on it for financial modelling.
A 2024 ScienceDirect case study on transitioning mall parking lots to EV charging stations, used here to support the general principle that over-provisioning charging poles harms financial return.
Assumptions used in this article: typical mall shopping dwell time of roughly 1-3 hours, AC session energy and utilisation are planning estimates rather than measured figures, and any mall's actual payback period requires running its own parking and footfall data through a dedicated feasibility study.
If you're scoping an EV charging project for a mall, office car park, or mixed retail-residential development, EVGuru can run a free site assessment covering your TNB supply capacity, bay layout options, and whether your project timeline still fits the GITA window. Message us on WhatsApp or request a site-specific quote to get the numbers that actually apply to your building, and see completed commercial work in our portfolio.
