💰 How much does it cost per mile to drive a Leapmotor T03?
The Leapmotor T03 typically consumes 0.20–0.26 kWh per mile depending on driving conditions.
At an electricity cost of 8 p/kWh, the running cost is roughly 1.6–2.1 p per mile.
⛽ How does that compare with a petrol car doing 40 mpg?
At a petrol price of £1.50 per litre, a 40 mpg petrol car costs about 17 p per mile to run.
That means the T03 costs around 9–10 times less per mile than an equivalent petrol car.
| Vehicle | Cost per Mile | Weekly Cost (250 mi) | Annual Cost (≈13,000 mi) |
|---|---|---|---|
| Leapmotor T03 (EV) | 1.6–2.1 p | £4–£5 | £230 |
| Petrol Car (40 mpg) | ~17 p | £42–£43 | £2,200 |
⚖️ What electricity price would make an EV cost the same as petrol?
If petrol is £1.50/litre and the petrol car does 40 mpg, the equivalent “break-even” electricity price would be between:
- 66 p/kWh (less efficient driving)
- 85 p/kWh (very efficient driving)
So at today’s cheap rates (e.g. 8 p/kWh), driving electric remains dramatically cheaper.
🔌 Can I charge my Leapmotor T03 overnight using a granny cable?
Yes — a typical granny cable (10 A) charges at about 2.3 kW, adding roughly 11.5 kWh in 5 hours.
If you drive 50 miles a day, 5 days a week (250 mi/week) and use a low-tariff window from 00:30 – 05:30, you’ll:
- Add about 11.5 kWh per night,
- Use 11–14 kWh per day,
- And easily make up any small shortfall by also charging Friday and Saturday nights when the car isn’t driven.
That keeps you comfortably ahead on charge each week.
🔋 Should I charge to 100% every night?
No — not usually.
For long battery life, it’s best to limit daily charging to around 80%.
You can charge to 100% occasionally (e.g. before a long trip), but sitting at 100% for long periods stresses the battery.
✅ What’s the ideal charging routine?
Here’s an optimal setup for your schedule:
| Setting | Recommended Value | Why |
|---|---|---|
| Max charge level | 80% | Best for long-term battery health |
| Start charging at | 50% | Fits a 5-hour cheap-rate window (adds ~11 kWh) |
| Cheap window | 00:30 – 05:30 | Charges from ~50% → 80% efficiently |
| Weekend charge | Fri & Sat nights | Keeps battery topped up with no driving load |
This routine cycles the battery gently between ~50–80%, supports your 50 mile daily commute, and keeps you well within cheap-rate energy use.
🧠 Summary
- EV running cost: ~2 p per mile, vs petrol ~17 p per mile.
- Break-even electricity cost: ~66–85 p/kWh.
- Granny cable overnight charging (2.3 kW for 5 h) easily sustains a 50 mi daily commute.
- Best battery practice: charge to 80%, start at 50%, use weekend top-ups.