Automotive ERP Systems in the EV Industry: What Rental, Workshop and Spare Parts Operators Need in 2026
- Nov 17, 2023
- 8 min read
Updated: Jul 8
Summary: Fleetnetics extends automotive ERP capabilities to electric-vehicle operations, giving EV fleets one platform for asset tracking, maintenance, and customer management alongside traditional vehicles.
Automotive ERP systems in the EV industry solve a problem that spreadsheets cannot: an electric vehicle generates operating data an ICE vehicle never had. Battery state of health, charging sessions, energy cost per kilometre, and servicing intervals that ignore mileage. Run those on a whiteboard and you lose money on your most expensive assets.
If your rental desk, workshop bay or parts counter is now handling EVs alongside petrol vehicles, this guide covers what changes, which ERP capabilities matter, and how one Singapore rental operator cut its rental agreement process to three steps.
Singapore's EV shift is already here
Land Transport Authority registration data, reported by The Straits Times in April 2026, shows electric vehicles accounted for 57.6% of the 13,322 new cars registered in Singapore in the first quarter of 2026, or 7,679 units. That is up from 45% in 2025, 18.1% in 2023, 11.7% in 2022 and 3.8% in 2021. For the first time, EVs outnumbered combustion and hybrid models combined.
The infrastructure is tracking the same curve. The Government targets 60,000 EV charging points by 2030, split between 40,000 in public car parks and 20,000 in private premises. As of March 2026, 30,500 were already deployed, per the Ministry of Transport.
The policy runway is fixed. The Land Transport Authority has set Singapore on a path to cease new diesel car and taxi registrations from 2025, require all new car and taxi registrations to be cleaner-energy models from 2030, and have all vehicles run on cleaner energy by 2040.
Buying incentives still tilt the maths. Under current schemes, buyers receive as much as S$30,000 in rebates off upfront vehicle taxes, while non-EVs can be penalised by up to S$35,000 depending on emission levels.
Globally, the direction is identical. The International Energy Agency's Global EV Outlook 2026 reports electric car sales grew 20% to exceed 20 million in 2025, meaning one in four new cars sold worldwide was electric. The IEA expects 23 million in 2026, or 28% of total car sales. Southeast Asian sales more than doubled in 2025 to a share of nearly 20%, led by Vietnam, Indonesia and Thailand.
What this means for you: the question is no longer whether to service, rent or stock parts for EVs. It is whether your operating system can account for them.
Already running EVs in a mixed fleet? See how Fleetnetics handles EV operations →
What breaks when an EV enters an ICE-era operation
Most automotive businesses do not fail at EVs because of the vehicles. They fail because their record-keeping was designed around a combustion engine.
Servicing intervals stop being about mileage. An ICE service schedule triggers on kilometres and oil life. An EV has no oil change, far fewer wear parts, and a service calendar driven by battery condition, coolant loops, brake fluid and software. Mileage-based reminders will either over-service or miss the checks that matter.
Your most valuable asset is now a consumable. The battery pack carries a large share of the vehicle's value and degrades on a curve. Without fleet-wide battery lifespan data, you cannot forecast residual value, price a long rental correctly, or decide when to sell.
Fuel-card logic collapses. Energy is drawn at depots, at public chargers, and at a driver's home. Cost per kilometre becomes invisible unless charging sessions are logged against the vehicle.
Utilisation becomes a scheduling problem, not just a demand problem. A petrol car refuels in five minutes. An EV occupies a charger. If you cannot see which vehicle is where and when, you overbook.
Parts inventory splits in two. EV components and ICE components share almost nothing except tyres, wipers and brake fluid. Two catalogues, one counter, one spreadsheet.
Each of these is a data problem before it is an operations problem. That is precisely what an ERP is for.
EV feature matrix: ERP vs legacy manual systems
This maps the operational pain points above against what a legacy setup gives you versus what the Fleetnetics automotive ERP provides.
EV operating challenge | Legacy setup (spreadsheets, OEM apps, standalone accounting) | Fleetnetics automotive ERP |
Battery health and lifespan | Logged per vehicle in a separate OEM app. No fleet-wide view. No residual value forecast. | Monitor battery lifespan across the fleet to maximise use and ROI |
Charging cost control | Fuel-card reconciliation breaks. Energy spend lands in a general expense line, unattributable to a vehicle. | Charging sessions and energy cost recorded against each vehicle, so cost per kilometre becomes visible. Session data is recorded in the system rather than synced live from a charge point operator. |
Asset utilisation | Whiteboard or shared calendar. Double-bookings and idle assets. | Vehicle utilisation reports and vehicle calendar module show where and when each EV is used |
EV servicing schedules | ICE mileage-based reminders applied to a vehicle that has no oil to change. | Servicing schedules built around EV needs |
Mixed ICE + EV fleet | Two systems, reconciled manually at month end. | Run EV operations alongside your existing vehicle fleet in one platform |
Rental agreement throughput | Manual paperwork, re-keyed customer data, slow counter. | Rental agreements created in three steps (see Kah Motors below) |
EV vs ICE parts inventory | Two catalogues, one spreadsheet, stock-outs discovered at the counter. | Inventory Management System plus Mobile Portal for stock on the floor |
Financial visibility on high-cost assets | Reconstructed by the accountant at year end. | Asset Management, Hire Purchase and Financial Reports in the same system |
Depot chargers as fixed assets | Chargers sit outside the asset register. Maintenance stays reactive and depreciation gets reconstructed at year end. | Chargers tracked in Asset Management with service history, maintenance schedules and depreciation, the same as any vehicle |
Live charger network telemetry | Charge point operator's own dashboard, in a separate login. | Fleetnetics has no live API integration with charge point operators. Charging data is recorded in Fleetnetics; the charger network stays with your CPO. |
Two rows on chargers, because operators conflate them. A depot charger is a depreciating fixed asset that needs a service schedule, and Fleetnetics treats it like one. Streaming live session data out of a charge point operator's network is a separate problem, and Fleetnetics does not solve it today.
Case study: Kah Motors
Kah Motors, a Singapore vehicle rental operator, came to Fleetnetics with three major problems.
The challenges
Growing pains. Keeping pace with automotive technology trends while getting responsive technical support.
Industry fit. Generic software did not match rental workflows. The business needed a fleet management system built for the industry it actually operates in.
Understanding. It needed a provider who understood its specific requirements and pain points, not a checklist of features.
What changed after Fleetnetics
Rental agreements now take three steps to create.
The Rental Management System was designed for automotive rental workflows from the start, so the fit required less workaround.
Kah Motors has received constant system updates and responsive support over the years of the relationship.
The system infrastructure scaled with the company's growth.
Efficiency improved and customer satisfaction increased.
The relevance to EVs is direct. Rental margin lives in throughput at the counter and utilisation on the road. Both get harder when your fleet mixes ICE and electric vehicles with different turnaround requirements. A rental system that already handles the counter is the one you extend to EVs.
See it on your own fleet. Book a free Fleetnetics demo and we will walk through your EV and ICE mix on a live system. Request a free demo →
Illustrative scenario: an EV workshop
Note: the following is a hypothetical worked example built based on our real interaction with users, to show how ERP data flows through a workshop. It is not a customer account. For verified customer outcomes, see the Fleetnetics case studies.
An independent Singapore workshop takes on its first 40 EVs from a corporate leasing client. Six months in, three things go wrong.
First, technicians book EV jobs into ICE-length service slots. EV inspections take less bay time but need a battery diagnostic step, so bays sit half-idle while the diagnostic queue backs up.
Second, the workshop cannot tell the client which vehicles need attention. Battery condition lives in 40 separate OEM apps.
Third, the parts counter orders ICE consumables the EVs will never need, tying up cash.
Running the same operation on an automotive ERP changes the sequence. EV servicing schedules trigger on the right intervals, so bays get booked correctly. Battery lifespan data sits in one asset record, so the workshop can send the leasing client a proactive report and win the renewal. Inventory reflects actual EV consumption, so the parts order shrinks.
The gain is not that the ERP fixes the EVs. The gain is that the workshop stops making decisions blind.
How to evaluate an automotive ERP for EV operations
Around 30% of ERP projects run over budget, and the most common cause, cited by 54.9% of them, is buying technology that was never scoped, according to Panorama Consulting Group's 2026 ERP Report. Panorama traces that back to poor selection. The checklist below is built to catch it on the call rather than in month eight.
Does it hold ICE and EV in one asset register? Most important. If EVs live in a separate system, you have bought a second problem.
Can it show battery lifespan across the fleet, not per vehicle? Per-vehicle data is what the OEM app already gives you.
Are charging sessions attributable to a vehicle and a job? Otherwise energy cost stays invisible.
Do servicing schedules use EV intervals? Ask to see the trigger configuration, not the marketing page.
Does the utilisation report tell you which asset is idle? Utilisation is where EV capital cost is recovered.
Who supports you after go-live? Kah Motors named responsive correspondence as a reason it stayed. Ask for a support SLA in writing.
Is the vendor honest about what it does not do? See the charging hardware row above. A gap disclosed on the sales call is cheaper than one discovered after go-live.
One last thing from that report. The benefit organisations realised most often was productivity and efficiency, at 87.3% of those who set out to achieve it. The benefit they realised least often was a changed operating model, at 40.7%. ERP makes an existing process faster.
Panorama surveyed 170 organisations to January 2026, 99.4% of them North American, with no automotive category. The direction holds better than the decimals.
Where Fleetnetics fits
Fleetnetics, operated by DewTouch Innovations Pte Ltd in Singapore, extends its automotive ERP to EV fleets. Operators get one platform for asset tracking, maintenance and customer management, covering:
Rental Management System for counter throughput and agreements
Workshop Management System for job cards and servicing schedules
Fleet Management System for utilisation and vehicle calendars
Spare Parts and Inventory Management for split EV/ICE catalogues
Automotive ERP systems in the EV industry earn their cost the moment your fleet stops being uniform. If you are running petrol and electric side by side, that moment has already passed.
No commitment. We will map your current EV and ICE workflows and show you what a single system looks like. Get a demo →
Frequently Asked Questions
How does an automotive ERP system benefit the electric vehicle industry?
An automotive ERP like Fleetnetics streamlines EV operations by integrating vehicle information, fixed assets, inventory, finance, and customer data into one platform — helping EV rental, workshop, and spare parts businesses run with minimal manual intervention and more accurate, faster output.
Why do EV businesses in Singapore need an all-in-one automotive ERP?
Singapore's push toward EV adoption by 2030 means EV fleet operators must track high-cost assets, spare parts inventory, and service schedules closely. An all-in-one ERP consolidates these processes so operators can manage acquisitions, maintenance, and payments from a single system instead of disconnected tools.
What tax incentives support the shift from ICE vehicles to EVs in Singapore?
Singapore offers several incentives favouring EV and hybrid adoption, including the EV Early Adoption Incentive (EEAI), the Enhanced Vehicle Emissions Scheme (VES), Additional Registration Fee (ARF) reductions, and a revised road tax structure for electric vehicles.
Is Fleetnetics suitable for managing electric vehicle rental, workshop, or spare parts operations?
Yes. Fleetnetics is built to be flexible across operations, administration, finance, customer and vehicle information, fixed assets, and inventory — letting EV rental, workshop, and spare parts businesses manage all functions from one integrated platform, with training and custom features available on request.
Read more:
