Electric vehicles are no longer a novelty in Pakistan. Electric motorcycles and rickshaws are appearing in cities, electric cars are being sold by several brands, and fuel price pressure keeps interest high. Every EV needs charging, and outside homes that creates business opportunities for fuel stations, shopping malls, parking operators, fleet owners and new charging companies.
A charger on its own is hardware. Running a charging business, with payments, pricing, uptime and customers, depends on software.
Who needs charging management software
- Public charging operators at fuel stations, highways, malls and parking lots.
- Fleet operators such as delivery companies, ride hailing and rickshaw fleets charging many vehicles daily. See fleet management software.
- Housing societies and commercial buildings offering charging to residents or tenants. See property management software.
- Battery swapping networks for two and three wheelers, which need similar inventory and transaction tracking.
Core features
1. Charger connectivity and monitoring
Most modern chargers communicate with management software using OCPP, the Open Charge Point Protocol, an open standard. Supporting OCPP means you are not locked into one hardware brand. The system shows each charger’s status in real time: available, charging, faulted or offline.
2. Remote control
Start and stop sessions remotely, restart chargers, update firmware and change configuration without sending a technician.
3. Driver app or web access
- Map of stations with live availability.
- Start charging by scanning a QR code on the charger.
- Session progress, energy delivered and cost.
- Booking or queue joining at busy locations.
- History and receipts.
4. Payments
Prepaid wallet top ups, cards, local wallets and instant bank payments, plus monthly invoicing for fleet accounts. See Raast payments for businesses.
5. Flexible pricing
- Per unit of energy, per minute, or a session fee.
- Time of day pricing aligned with electricity tariff periods.
- Idle fees for vehicles occupying a charger after charging finishes.
- Special rates for members, fleets or residents.
6. Fleet accounts
Company accounts with multiple drivers or vehicles, spending limits, consolidated invoices and usage reports per vehicle.
7. Energy management
Sites have limited electrical capacity. Load management shares available power across chargers so the site connection is not overloaded, and can integrate with solar generation. See software for solar companies.
8. Maintenance and uptime
Automatic fault alerts, ticketing for technicians, uptime reports per charger and site. An out of service charger is lost revenue and frustrated drivers.
9. Reporting
Energy delivered, revenue, utilisation per charger and site, peak hours and customer growth, to guide where to add chargers next.
Business models software must support
- Owner operated: you own chargers and sell charging.
- Host partnership: a mall or fuel station hosts chargers and receives a revenue share, calculated automatically.
- Charging as a service for fleets: subscriptions or contracted rates.
- Network aggregation: multiple owners’ chargers shown in one app, with settlement to each owner.
Buy a platform or build your own?
International charging management platforms exist and can be a quick start. Considerations for Pakistan include local payment methods, rupee billing, local support, data location and cost per charger at scale. Operators with specific business models, fleet integrations or plans to build a network brand often need custom layers or a fully custom platform. See custom versus off the shelf.
Common mistakes
- Buying chargers that do not support open protocols, locking you into one vendor’s software.
- No plan for connectivity failures at charger sites.
- Ignoring site electrical capacity until chargers trip breakers.
- Pricing without accounting for idle time and electricity tariff changes.
A charging session, step by step
Here is what happens behind the scenes when a driver charges at a shopping mall in Islamabad.
- Finding a charger. The driver opens the app and sees two available chargers at the mall, one occupied, with price per unit shown and live status updated every few seconds.
- Starting. The driver plugs in and scans the QR code on the charger. The app checks the wallet balance, then the platform sends a remote start command to the charger through its network connection.
- Charging. The charger reports energy delivered and power level at intervals. The app shows progress and estimated cost. The site’s load management reduces power slightly because other chargers are busy and the mall’s connection has limited capacity.
- Finishing. The vehicle reaches the driver’s target. The session stops, and the final energy and cost are calculated. The wallet is charged and a receipt is issued.
- Idle time. The car stays connected for twenty minutes after charging ends. After a grace period, idle fees start and the driver receives a notification, freeing the charger for the next person sooner.
- Settlement. The mall, as host partner, receives its revenue share automatically in the monthly statement.
Choosing chargers and software together
Hardware and software decisions are linked. Mistakes here lock operators into expensive choices for years.
| Question | Why it matters |
|---|---|
| Does the charger support the Open Charge Point Protocol? | Lets you change software providers without replacing chargers |
| Which protocol version and features are supported? | Remote updates, smart charging and security depend on it |
| How does the charger connect: SIM, WiFi or Ethernet? | Connectivity reliability at the site decides uptime |
| Can it keep charging during network loss? | Drivers should not be stranded because the internet failed |
| Is local support and spare parts supply available? | A charger waiting weeks for a part earns nothing |
| Which connector types does it offer? | Must match the vehicles actually common in your market |
Understanding the economics
Charging businesses succeed or fail on a few numbers, all of which software should report clearly.
- Utilisation: hours per day each charger is actually delivering energy. Low utilisation is the most common reason public chargers lose money.
- Energy margin: the price charged per unit minus electricity cost, which varies by tariff and time of day.
- Uptime: the share of time chargers are working. Every hour a charger is faulty is lost revenue and lost driver trust.
- Host costs: rent or revenue share paid to site owners.
- Maintenance and connectivity costs per charger.
- Payment processing fees.
Site selection is the biggest lever on utilisation. Software that shows usage by hour, day and location helps operators decide where to add chargers and where to reduce investment.
Serving two and three wheelers
In Pakistan, a large share of early electric vehicle adoption is in motorcycles and rickshaws rather than cars. These often use simpler chargers or battery swapping. Software for this segment focuses on different needs: quick payments at very low transaction values, battery inventory and health tracking for swapping stations, rider subscriptions, and fleet accounts for delivery companies and rickshaw operators. The core principles of uptime, simple payments and clear reporting remain the same. See fleet and logistics management software for how delivery fleets track vehicles.
Driver experience details that build loyalty
- Accurate availability, because arriving at a charger shown as free that is actually broken destroys trust.
- Transparent pricing before starting, including idle fees.
- Several payment options, including wallets and cards, without mandatory app downloads for occasional users where possible.
- Receipts and history for business users claiming expenses.
- Support contact shown on every charger and in the app.
- Reservations at busy locations, with fair no show rules.
Security considerations
Connected chargers are devices on the internet, so security cannot be an afterthought. Operators should change default credentials, keep charger firmware updated, use encrypted connections between chargers and the platform, restrict remote control permissions to authorised staff, and monitor for unusual commands. Payment data must be handled through compliant payment providers rather than stored by the charging platform. See website security checklist for broader security basics.
Phased rollout
- Pilot site: a few chargers, driver app or web access, payments, basic monitoring.
- Network growth: multiple sites, host partner settlements, maintenance ticketing, fleet accounts.
- Optimisation: load management, time of day pricing, reservations, solar integration and advanced analytics.
Frequently asked questions
Do two and three wheeler chargers need the same software?
Often simpler chargers are used, sometimes without OCPP. Software may rely on smart meters or controlled sockets instead, with similar payment and reporting layers.
Can a single fuel station start small?
Yes. Start with a few chargers and a platform that can grow, rather than a closed system that cannot connect more sites.
Do we need our own app?
Not at first. A web page opened by scanning the charger QR code can handle payment and session status. A dedicated app becomes valuable once you have a network and repeat drivers.
Can chargers run on solar power?
Yes, with suitable system design. Energy management software can prioritise solar generation and reduce grid use during expensive tariff periods.
How do we price charging fairly?
Base pricing on energy cost by time of day, add a clear margin, and show idle fees upfront so drivers understand the full cost before starting.
The bottom line
EV charging is a service business built on uptime, easy payments and smart pricing. Choose open protocol chargers, plan energy capacity, and use software that supports your business model from the first site.
If you are planning a charging business or fleet charging setup, our software team can help plan the platform. Get in touch.