Many buyers are considering making the switch from internal combustion engines to electric vehicles in 2025 due to the rise of petrol price and increased environmental concern. But are they the right fit for everyone? Let’s explore the pros and cons of buying an EV in 2025.
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| Pros and cons of buying a electric vehicle in 2025 |
1. Lower Running Costs.
- EVs are much cheaper to run while comparing with petrol or diesel cars.
- Running Cost: ₹1-2 per km while ₹7-10 per km for petrol cars.
- If you drive 1,000 km per month, an EV costs around ₹1,000 in electricity, while a petrol car costs ₹7,000-8,000 in fuel.
2. Minimal Maintenance
- Maintainance cost for EV is much lesser while compared to petrol or diesel vehicles.
- Battery and motor require little servicing compared to an internal combustion engine (ICE).
- Expected Savings: ₹10,000-15,000 per year in maintenance compared to petrol cars.
3.Eco-Friendly & Future-Proof
- Since EV have Zero tailpipe emissions it helps in reducing air pollution.
- More cities will start restricting petrol/diesel cars, making EVs a future-proof choice.
4.Expanding Charging Network
- More fast-charging stations in cities and highways.
- Companies like Tata Power, BPCL, and Indian Oil are expanding charging points.
- Home charging solutions are improving, making EV ownership more convenient.
Cons of Buying an EV in 2025:
1. High Initial Cost
- EV prices are decreasing, but they are still more expensive upfront than gasoline cars, especially for higher-range models.
- Battery replacement costs, while improving, are still a concern.
2. Charging Infrastructure Limitations
- Public charging stations are growing, but availability may still be an issue, especially in rural areas.
- Home charging setup can be costly if you need a high-power charger installed.
- Fast charging is improving, but still slower than refueling a petrol/diesel car.
3. Limited Range for Some Models
- While new EVs offer better range, some budget-friendly models may still have limited mileage per charge.
- Long road trips require careful planning around charging stations and battery life.
4. Charging Time
- Even with fast chargers, an EV can take 30 minutes to 1 hour to charge up to 80%.
- Standard home charging (AC) can take 6-12 hours, making it less convenient for some users.
5. Battery Degradation Over Time
- Lithium-ion batteries degrade over years of use, leading to reduced range and efficiency.
- Although battery technology is improving, replacement can be expensive (though many EVs now come with 8–10-year warranties).
6. Higher Insurance Costs
- EV insurance is generally more expensive due to:
- Higher repair costs (battery and electronic components).
- Limited availability of skilled mechanics for EV repairs.
7. Environmental Concerns with Battery Production
- While EVs are cleaner than fossil-fuel cars, battery production requires mining lithium, cobalt, and nickel, which has environmental and ethical concerns.
- Battery recycling is still developing, though improvements are being made.
8. Cold Weather Performance
- In extreme cold, EV battery performance drops (less range, slower charging).
- More energy is needed to heat the cabin, further reducing range.
9. Resale Value Uncertainty
- The resale market for EVs is still maturing, making future depreciation unpredictable.
- Newer battery technologies may make older models less desirable.
10. Limited Model Choices for Budget Buyers
- While luxury and high-performance EVs are expanding, affordable EV options may still have fewer features or lower range.
Conclusion: Should You Buy an EV in 2025?
EVs are becoming more practical, but challenges like charging infrastructure, battery degradation, and upfront cost remain. However, if you have access to reliable charging and a suitable budget, an EV can still be a great choice, especially for daily commutes.
Would you like recommendations on the best EVs to buy in 2025 based on your needs?
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