Load shedding. The word alone makes Pakistani riders nervous when the topic of electric bikes comes up. "Bhai, light nahi aati — phir kya karoonga?" It's the single most common objection we hear at our Gujranwala workshop, and we understand where it comes from. You've lived with WAPDA all your life. You know how unreliable the grid can be.
Here's the truth: after 8 years and over 1,200 electric bike builds, we've watched our customers ride happily through 14-hour outages in Faisalabad, load shedding schedules in Multan, and rolling cuts in Rawalpindi. Not once has load shedding stopped them permanently. With a little planning, your electric bike is actually more resilient to load shedding than a petrol bike is to a petrol shortage.
Let's break down exactly how to handle it.
Before panic sets in about charging, let's do the numbers that most EV doubters never bother to calculate.
A standard MZEV conversion — 72V/40Ah LiFePO4 pack on a CG125 or Yamaha 150 — gives you 100 to 130 km on a single full charge. The average Pakistani city commuter rides 25–40 km per day. That means a full charge lasts you 3 to 5 days of normal riding.
Think about what this means for load shedding. Even if your area has power for only 6 hours every other day, you have more than enough opportunity to top up the battery between rides. You don't need continuous power. You need power for roughly 4 to 6 hours every few days — that's all it takes to charge a 72V/40Ah pack from empty.
One of our 2022 customers in Gujranwala's old city area — where shedding runs 10–14 hours daily in peak summer — charges his converted CG125 every night between 11pm and 5am, when the schedule is lightest. In 3+ years, he has never missed a single workday due to charging issues. His daily commute is 32 km.
People worry about EV charging, but nobody panics about petrol bikes when pump queues stretch 2 km during a fuel crisis. In 2022 and 2023, Pakistan saw multiple petrol shortages — hours-long queues at pumps, rationing, price spikes. Electricity, however, is always available somewhere, even during load shedding — you just have to know when.
A petrol bike with an empty tank in the middle of a fuel crisis is genuinely stranded. An electric bike with a depleted battery during load shedding has options: off-peak grid charging, a UPS, a solar panel, a neighbour's generator, or even a powerbank inverter. The EV actually has more fallback solutions, not fewer.
Load shedding in Pakistan follows patterns. WAPDA and DISCOs publish shedding schedules (even if they don't always stick to them). The key insight: outages are typically lighter late at night and early morning — roughly 11pm to 5am. This is exactly when most people are sleeping and their bike is parked. It is the perfect charging window.
Set your charger on a timer or simply plug in at 10:30–11pm before you sleep. In most urban and semi-urban areas of Punjab, Sindh, and KPK, the grid is available during late-night hours even when daytime shedding is severe. A 72V/40Ah LiFePO4 pack charges fully in 4–6 hours on a standard 10A charger — meaning you wake up to a full battery every morning.
Most Pakistani households already have a UPS or inverter for fans and lights. Good news: a 72V electric bike charger draws approximately 700–900W. A standard 1kVA home UPS can run it. A 1.5kVA or 2kVA UPS will handle it comfortably.
If you have 100–150Ah of lead-acid battery in your home UPS bank (common), that's roughly 1.2–1.8 kWh of stored energy. A full charge of your 72V/40Ah bike pack requires about 3 kWh. So you likely can't do a full charge from UPS alone — but you can get 40–60% charge from your home UPS backup, which translates to 50–80 km of range. For most day trips, that's enough.
When using your home UPS to charge the bike, temporarily turn off other loads (fans, TV, lights) while the bike charges to maximise the available power and charging speed. Prioritise the bike charge when power goes out, then restore other loads after the bike is done.
This is where the conversation completely shifts. Pakistan has some of the best solar irradiance in the world — 5 to 7 peak sun hours per day across most of Punjab, Sindh, and Balochistan. A basic 500W solar panel setup (2 × 250W panels, a charge controller, and an inverter) costs PKR 35,000–50,000 installed, and it can fully charge a 72V/40Ah pack in one sunny day.
The math: 500W × 5 peak sun hours = 2,500 Wh = 2.5 kWh per day. Your pack needs roughly 3 kWh for a full charge. Add a third panel (750W total) and you're charging reliably even on partly cloudy days. Load shedding becomes completely irrelevant when the sun is your charger.
Gujranwala, Lahore, Multan, Karachi — all average 5+ peak sun hours daily. Even in monsoon July–August, you'll get 3–4 productive solar hours most days. Combined with overnight grid charging on clear nights, solar fills in any gaps.
Minimum viable setup: 2 × 250W monocrystalline panels + 30A MPPT charge controller + 1kVA pure sine inverter. Total cost: PKR 35,000–45,000. This setup can charge your electric bike daily with zero grid dependence in summer months, and handles most of your home lighting and fan load as a bonus.
A dedicated solar charging setup pays for itself in under 2 years compared to petrol costs on a 100cc bike.
Another common fear: "What if the power comes for 2 hours and my bike only charges to 60%? Is that damaging the battery?" The answer depends entirely on your battery chemistry — and it's one more reason we insist on LiFePO4.
LiFePO4 batteries are unique in that partial charging does not damage them — it actually extends their life. The chemistry has a very flat charge-discharge curve. Charging to 80% instead of 100% reduces stress on the cells and is recommended by battery engineers for maximum cycle longevity. If load shedding means you regularly get 70–85% charges, your battery will thank you in the long run.
This is fundamentally different from lead-acid batteries, which must be fully charged regularly to prevent sulphation damage. With LiFePO4, partial is fine. Charge what you can, when you can. 60% charge = 70–80 km range. For most daily commutes in Pakistani cities, that's more than enough.
Build a habit of checking your battery indicator each morning. If you're at 70% or above, you have plenty of range for a full day of urban riding. Only if you drop below 40% do you need to think about charging before your next trip. Most riders we see in Gujranwala and surrounding areas never deplete their pack below 50% on a normal day — they simply don't ride far enough to need a full charge every day.
Here's a practical charging schedule guide for different load shedding durations. Adjust based on your area's actual schedule — the principle is to match charging windows to available power, not to stress about shedding hours.
| Daily Shedding | Recommended Window | Expected Charge Level | Range Available | Strategy |
|---|---|---|---|---|
| 4–6 hrs/day | Night: 11pm – 5am (any 4–5h block) | Full 100% | 100–130 km | Standard overnight charge. No adjustment needed. |
| 8–10 hrs/day | Late night: 12am – 5am + evening if available | 75–100% | 80–130 km | Plug in late night. Supplement with UPS if short on time. |
| 12–14 hrs/day | Night window + solar daytime top-up | 60–90% | 65–115 km | Solar panel during day + night grid window. Manage larger loads separately. |
| 16+ hrs/day | Solar primary + any available grid window | 50–80% | 55–100 km | Solar is essential at this level. Consider 750W+ system. Charge every opportunity. |
| Complete outage (rare) | Home UPS / generator / neighbour's power | 30–60% from UPS | 35–75 km | Use home UPS for partial charge. Sufficient for essential trips. Rest the bike if possible. |
One important note: the above table assumes a standard 72V/40Ah LiFePO4 pack with a 10A charger drawing approximately 720W. If you have a larger pack (50–60Ah) or faster charger (15A), your charging times decrease proportionally.
After 1,200+ builds and years of customer feedback from across Punjab and beyond, these are the habits that separate riders who thrive through load shedding from those who get frustrated.
Don't wait until your battery is low to charge. Plug in every evening when you get home, even if you only used 20% of the charge. This is called "opportunity charging" and it's exactly what LiFePO4 is designed for. You top up every night, so you always start the day near full. If shedding hits your neighbourhood at 7am, you're already charged and don't care.
Your DISCO (LESCO, FESCO, MEPCO, HESCO, etc.) publishes a load shedding schedule on their website and often via WhatsApp groups in mohallas. Get the schedule for your feeder. Mark the available windows. Charging strategy only works if you know when power is on.
A basic Chinese smart plug with a timer costs PKR 800–1,500 on Daraz. Programme it to start charging at 11pm and stop at 5am. Your charger switches on automatically when power is available in that window, charges what it can, and shuts off. You sleep, the bike charges. It's that simple.
If you have a generator at home or at your business premises, your 720W bike charger is trivial to run on it. A 1kVA generator can handle it easily. Many shops and businesses in Gujranwala and Lahore run generators during peak shedding hours. If your bike is parked there, you have a free charge opportunity — just ask.
When charging from a generator, ensure the generator output is stable (good quality inverter generator) and the charger has built-in voltage regulation. Cheap generators with unstable output can damage chargers over time. Our MZEV chargers are compatible with standard generator outputs, but avoid very cheap or ageing generators with erratic voltage.
Range anxiety is a fear. Range consciousness is a skill. Know your daily route distance. Know what percentage of charge that costs. On a 72V/40Ah pack, every 10% of charge = roughly 10–13 km of range. A quick glance at the indicator each morning tells you exactly where you stand and whether you need to top up before a longer trip.
| Method | Grid (Night) | Solar Panel | Home UPS | Generator |
|---|---|---|---|---|
| Setup Cost | Zero (already have) | PKR 35–50K | Already have | PKR 25–60K |
| Per-charge Cost | PKR 50–80 | Near zero | PKR 20–40 (grid charge cost) | PKR 150–300 (fuel) |
| Shedding Independence | Moderate (night windows) | Full independence | Partial (limited capacity) | Full (while fuel lasts) |
| % Charge Achievable | 100% (given 5h window) | 100% (600W+ system) | 40–60% | 100% |
| Ease of Use | Plug and forget | Set and forget | Already installed | Requires fuel management |
| Best For | Most riders | High shedding areas, long-term | Backup / top-ups | Emergency / remote areas |
Pakistan receives an average of 1,800–2,200 kWh of solar energy per square metre per year — placing it among the top solar-resource countries in Asia. Gujranwala, Lahore, Sialkot, Faisalabad, Multan, Karachi — all receive 5+ peak sun hours daily across 9–10 months of the year. This is an extraordinary resource that most Pakistani EV owners are still not using.
Upgrade to a 750W setup (3 × 250W panels) and you're comfortably achieving full charges year-round even accounting for cloudy days and system losses. The incremental cost of the third panel — roughly PKR 8,000–12,000 — is trivial compared to what it delivers.
You have two solar options. Direct solar charging means panels → MPPT controller → inverter → bike charger. The bike charges whenever the sun is strong enough. Simple, low cost, no battery storage needed. UPS-coupled solar means panels charge a battery bank (your home UPS batteries) which then powers the inverter. More flexibility but higher cost. For most riders, direct solar charging during daylight hours is the most cost-effective starting point.
Load shedding is a real challenge. But it is a manageable one — and the electric bike handles it far better than petrol bikes handle fuel shortages. Charge smart, charge often, and add solar when you can. Pakistan's sun is one of the strongest in Asia. Use it.
At MZEV, every bike we build in Gujranwala is designed with Pakistan's real conditions in mind — not European grids or American highways. Our chargers are compatible with UPS and generator sources. Our LiFePO4 packs handle partial charging without complaint. And our customers have been riding through load shedding since 2018 without drama.
The fear of load shedding stopping your EV is mostly imagined — built on the assumption that charging an electric bike works like charging a phone on a wall socket with no alternatives. In reality, you have four independent charging paths (grid, solar, UPS, generator) and a battery that happily accepts partial charges. That's more flexibility than any petrol tank gives you.
If you're in a high-shedding area and thinking about a solar + EV combination, talk to us. We've helped several customers in Multan, Bahawalpur, and rural Sindh set up complete solar-charged EV systems. The combination makes you completely independent of WAPDA — for your transport at least.
MZEV builds are designed for Pakistan's reality — heat, shedding, rough roads. Get your free quote today.