Everyone has an opinion on whether electric bikes "make sense" financially. Most of those opinions are based on gut feeling, not actual numbers. We're going to fix that. After completing over 1,200 conversions from our Gujranwala workshop since 2018, we've tracked the real costs both before and after conversion for hundreds of riders. This article is those numbers — applied honestly to Pakistani conditions in 2026.
We're comparing a standard Honda CG125 or Yamaha YBR125 running on petrol against the same bike converted to electric. The methodology is simple: add up every rupee you spend over three years on fuel, maintenance, and the vehicle itself. Then compare.
Most riders think of their bike cost as just petrol. They forget the oil changes, the spark plugs, the chain, the clutch plates, the carburetor cleaning, the air filter, the brake pads — and the accumulating smaller repairs that a petrol engine needs every few thousand kilometres. Let's put real numbers to all of it.
As of March 2026, petrol in Pakistan is hovering around Rs 270–280 per litre. A well-maintained CG125 gets roughly 40–45 km per litre on city roads — but in Gujranwala, Lahore, or Karachi stop-and-go traffic, real-world consumption is closer to 35–38 km/litre. Let's use 38 km/litre as a generous estimate.
At Rs 275/litre and 38 km/litre, your fuel cost is Rs 7.24 per km. That sounds manageable — until you run the monthly and yearly numbers:
Over three years, the 30km/day rider spends Rs 234,576 on fuel alone. The 60km/day rider spends Rs 469,152. And that assumes petrol prices stay flat — they haven't, historically. Every time the rupee slips or oil prices spike, your cost goes up with zero warning.
Petrol engines are mechanically complex. A CG125 has a carburetor, spark plug, air filter, oil and filter, clutch plates, chain and sprockets, piston rings (eventually), valve clearances, and a dozen other wear items. Here is a realistic annual maintenance budget for a commuter doing 25–30 km daily:
Conservative annual maintenance total: Rs 9,850–16,200 per year. Call it Rs 12,000/year as a realistic midpoint. Over three years: Rs 36,000.
A 30km/day CG125 rider in 2026 spends approximately Rs 270,000–290,000 on fuel + maintenance over 3 years. A 60km/day rider spends Rs 505,000–530,000. These figures do not include the cost of the bike itself, insurance, or registration.
An MZEV electric conversion has one major upfront cost and then dramatically lower running costs. Let's break it down with the same rigour.
Our conversion packages range from Rs 95,000 (Starter) to Rs 180,000+ (Pro) depending on battery size and motor power. For this comparison we'll use our Standard package at Rs 130,000 — a 72V/40Ah LiFePO4 battery, 3kW hub motor, sine-wave controller, and full wiring. This gives 80–110 km real-world range and is our most popular configuration for daily commuters in Punjab.
Amortized over 3 years (1,095 days), the conversion cost works out to approximately Rs 119/day. That's the "loan repayment equivalent" — what you're paying per day just to own the electric drivetrain.
This is where electric wins, decisively and permanently. A 72V/40Ah pack holds 2.88 kWh of energy. At 70–80% discharge (which is how we recommend riding), you're using roughly 2.0–2.3 kWh per full cycle for a 80–100 km ride.
Pakistan's domestic electricity tariff in 2026 sits at approximately Rs 35–45 per kWh for the first 200 units per month (most home chargers fall in this slab). Let's use Rs 42/kWh as a conservative estimate. A full charge (2.5 kWh including charger inefficiency) costs approximately Rs 105 for 80–100 km of range.
That works out to Rs 1.05–1.31 per km — compared to Rs 7.24 per km on petrol. Electric is 5–6× cheaper per kilometre.
An electric drivetrain eliminates: engine oil, spark plugs, carburetor, air filter, clutch, timing chain, and all fuel system components. The remaining wear items on an electric bike are: brake pads/shoes (same as petrol), tires (same), and periodically checking hub motor bearing condition (every 2–3 years at most). Annual electric maintenance budget: Rs 2,000–3,500 — mostly brake pads and tire rotation. That's a saving of Rs 8,500–13,000 per year versus petrol maintenance.
In areas with 8–12 hours of load shedding (including parts of Gujranwala and rural Punjab), riders simply charge during off-peak hours when power is available — often at night on cheaper industrial/time-of-use tariffs. With a LiFePO4 battery, partial charging is completely fine. This is one reason electric works especially well in Pakistan despite load shedding — you don't need a full charge every time.
Let's put everything on one table. All figures are in Pakistani Rupees for the period 2026–2029, assuming current fuel and electricity prices hold. Even if petrol rises 10–15%, the electric advantage only grows.
| Cost Item | Petrol CG125 | Electric Conversion |
|---|---|---|
| Conversion / Setup Cost | Rs 0 (bike already owned) | Rs 130,000 (one-time) |
| Fuel / Electricity (30 km/day × 3 yrs) | Rs 234,576 | Rs 42,930 |
| Fuel / Electricity (60 km/day × 3 yrs) | Rs 469,152 | Rs 85,860 |
| Maintenance (3 years) | Rs 36,000 | Rs 9,000 |
| Total Cost — 30km/day (3 yrs) | Rs 270,576 | Rs 181,930 |
| Total Cost — 60km/day (3 yrs) | Rs 505,152 | Rs 224,860 |
| Net Saving — 30km/day | — | Rs 88,646 saved |
| Net Saving — 60km/day | — | Rs 280,292 saved |
| Conversion payback period (30km/day) | — | ~19–22 months |
| Conversion payback period (60km/day) | — | ~10–12 months |
| Cost per km | Rs 7.24 | Rs 1.10–1.30 |
| Exposed to fuel price hikes? | Yes — every rupee/litre hurts | No |
| Battery replacement (3 years)? | N/A | No (LiFePO4 lasts 5–10 yrs) |
Numbers on a table are one thing. Let's walk through what this actually means for real types of Pakistani riders.
This is the most common profile we see — a salaried worker in Gujranwala, Faisalabad, or Sialkot doing a 12–15 km one-way commute daily. On a CG125, this person is spending roughly Rs 6,500 per month on petrol alone, plus Rs 1,000/month on average for maintenance costs. That's Rs 7,500/month from their pocket for transportation.
After a conversion costing Rs 130,000, their monthly running cost drops to Rs 1,200–1,400 on electricity plus about Rs 200–250 for maintenance averaged monthly. Total: Rs 1,450/month. They save Rs 6,000+ every single month. The conversion pays for itself in under 22 months. After that, it's pure savings — Rs 6,000/month going back into their pocket instead of into the petrol station and mechanic's shop.
Delivery riders, sales reps, or anyone doing long daily routes are where electric truly shines. At 60 km/day on petrol, you're spending Rs 13,000–14,000 per month just on fuel — before touching any maintenance. A single bad month with a carburetor clean, oil change, and chain replacement can push the total to Rs 17,000–18,000.
On electric? Rs 2,400–2,600/month total. The conversion pays back in under a year. Over 3 years, the saving is over Rs 280,000 — more than double the conversion cost back in your pocket. A delivery rider doing 60 km daily who converts to electric effectively gets a Rs 10,000+/month pay rise, permanently.
We hear this a lot. Yes, electricity has its own costs and problems in Pakistan. Load shedding is real. Electricity prices have also risen. But here is the critical difference: even at Rs 60/kWh (well above the current domestic tariff for low consumption households), the cost per km on electric is Rs 1.75 — still 4× cheaper than petrol. The physics of electric motors (90%+ efficiency vs petrol engine's 25–30% efficiency) makes this gap essentially permanent. Petrol can never close it.
Petrol prices in Pakistan rose from Rs 89/litre in 2020 to Rs 280/litre in 2026 — a 3× increase in 6 years. If that trend continues even partially, every calculation above gets worse for petrol and better for electric. When you convert, you lock in your per-km cost at whatever the electricity rate is today. You are insulated from global oil markets and rupee depreciation on fuel.
This is the number-one concern we hear. The answer depends entirely on what chemistry and quality of battery you install. A cheap NCM pack from an unknown workshop might need replacing in 2–3 years — which would change the economics significantly. This is exactly why MZEV uses LiFePO4 exclusively in our Standard and Pro builds. LiFePO4 lasts 2,000–4,000 charge cycles. At one charge per day, that's 5 to 10 years before the pack drops below 80% capacity. In our 3-year cost model above, we don't include any battery replacement cost — because with LiFePO4, you won't need one in that timeframe.
We have customers in Gujranwala riding builds we completed in 2020 and 2021, still on their original packs, with no measurable range degradation. Real-world data, not marketing.
A 72V/40Ah LiFePO4 pack gives 80–110 km real-world range in mixed city/highway riding. For the 30 km/day commuter, this means charging every 2–3 days. For the 60 km/day heavy rider, it's a daily charge — but a full charge takes 4–5 hours on a standard 10A charger, which fits perfectly into an overnight routine. Load shedding affects this, but LiFePO4 tolerates partial charging with no penalty. Charge when you have power. Use what you have.
We convert CG125s from 2005–2024 regularly. The conversion replaces the engine, tank, and fuel system — the parts that age most. The frame, wheels, brakes, and suspension are kept and inspected. As long as the frame is sound, an older bike is actually an ideal conversion candidate. You're essentially getting a brand-new drivetrain in a tested frame. Many of our customers convert 10–15 year old bikes and end up with something more reliable and cheaper to run than a new Chinese petrol bike.
In Pakistan in 2026, electric is not just environmentally better — it is dramatically, provably, numerically cheaper per kilometre than petrol. The CG125 that costs you Rs 7.24/km on petrol costs you Rs 1.15/km on electricity. Every kilometre you ride petrol after reading this article is money you're choosing to leave at the pump.
The conversion pays for itself. After payback, you are saving money every single day, permanently, regardless of what petrol does. A Rs 6,000–10,000 monthly saving is not trivial for most Pakistani households — it's a life-changing improvement in disposable income.
We've been doing this in Gujranwala since 2018. We've completed over 1,200 builds. We've watched customers who converted in 2020 sail through every petrol price hike since then without blinking. The numbers work. They've always worked. They work even better now.
When you're ready, WhatsApp us or fill in the quote form. We'll tell you the exact cost, exact range estimate for your daily distance, and exact payback period for your specific bike and usage. No surprises.
Get a free quote. We'll calculate your exact savings and payback period based on your daily distance.