
Electric vehicles (EVs) are no longer futuristic machines. They are part of our daily roads, and their numbers continue to rise. Governments are announcing clean mobility targets, automakers are shifting towards electrification, and buyers are exploring EVs due to lower running costs.
This leads to an important question: Will EVs replace petrol cars by 2035?
The answer is not simple. To understand this future, we must look at real data, engineering facts, global policies, and expert opinions. This article explains everything in a clear and professional way.
What the 2035 Deadline Really Means
Many people assume petrol cars will disappear by 2035. This is not correct. The 2035 target applies only to new car sales in certain countries.
Are Petrol Cars Being Banned?
No.
Countries are not banning existing petrol or diesel cars. They are only planning to stop the sale of new petrol and diesel vehicles from 2035.
This means:
- Existing petrol cars can still run on roads.
- Used petrol cars can still be bought and sold.
- Petrol pumps will continue to operate.
In simple terms, 2035 is not the death of petrol vehicles.
2 Global policies for 2035
Here is the current status of major regions:
| Country/Region | Policy | Notes |
| European Union | No new petrol/diesel cars after 2035 | Hybrids also phased out gradually |
| United Kingdom | Ban on new ICE vehicles from 2035 | Deadline extended from 2030 |
| California (USA) | Zero-emission new vehicles by 2035 | Plug-in hybrids allowed |
| Canada | 2035 EV mandate | Includes plug-in hybrids |
| India | No ban | Target: 30% EV adoption by 2030 |
3 What happens to existing petrol cars after 2035?
Nothing changes for them.
Petrol cars typically last 15–20 years. They will remain on the road for decades, even after 2035.
EV Growth vs Petrol Cars — What the Data Shows
Understanding the shift from petrol to EV requires looking at both market and engineering data.
1 Current EV adoption
According to global automotive reports:
- EVs made up about 18% of new vehicle sales in 2024.
- China and Europe are the fastest-growing EV markets.
- Norway leads the world with more than 85% EV sales.
- India is growing, but still far behind global leaders.
2 Forecast for 2030–2035
By 2035:
- EVs could reach 45–60% of new car sales globally.
- Charging networks may expand 8 to 10 times.
- Battery prices may fall significantly.
However, even with such growth, petrol cars will remain because millions are already on the road.
3 Why EV sales are rising
Key reasons include:
- Lower running and maintenance costs
- Better battery performance
- Government subsidies
- Rising petrol prices
- Increased availability of models
Why EVs Will Not Fully Replace Petrol Cars by 2035
Even with strong growth, full replacement is unlikely by 2035. Several engineering and economic factors prevent this.
1 High upfront cost
EVs still cost more due to the battery pack. Prices are falling, but the gap remains large in developing markets.
2 Limited charging infrastructure
Urban areas have charging stations, but rural regions lack:
- Fast chargers
- Reliable power supply
- Grid stability
This limits large-scale EV adoption.
3 Battery raw material challenges
EV batteries require materials like lithium, cobalt, nickel, and graphite. These minerals have supply chain limitations, mining challenges, and geopolitical risks.
4 Power grid limitations
A full shift to EVs would increase electricity demand by 20–30%. Many countries need major infrastructure upgrades to support this load.
5 Long lifespan of petrol cars
Petrol cars remain functional for 15–20 years. So even after new petrol car sales stop, existing vehicles will continue to run for decades.
Technologies That Could Speed Up EV Adoption
Future innovations may accelerate EV popularity.
1 Solid-State Batteries (SSB)
Expected between 2027 and 2030, SSBs offer:
- Better energy density
- Faster charging
- Longer life
- Higher safety
Companies like Toyota, Nissan, and QuantumScape are leading development.
2 Ultra-fast charging
New 800V and higher-voltage platforms enable charging in 10–15 minutes, similar to filling petrol.
3 New battery chemistries
Sodium-ion, LFP, and silicon-anode batteries can reduce cost and material dependency.
4 Smart and solar-powered home charging
More households will adopt solar charging systems to reduce running costs further.
Expert Opinions — What the Industry Believes
Experts across engineering, environmental science, and economics agree on one thing: EVs will grow fast, but petrol cars will not disappear in 2035.
1 Automotive engineers
They believe:
- EVs are ideal for urban mobility.
- Petrol vehicles will remain in rural regions.
- Hybrids offer a practical transition.
2 Environmental experts
They support EV adoption but expect a mix of EVs, hybrids, and hydrogen vehicles for a cleaner future.
3 Market analysts
Reports from IEA and BloombergNEF suggest:
- Rapid EV adoption in Europe, China, and North America
- Moderate adoption in India
- Slow adoption in Africa and Southeast Asia
4 Automaker perspectives
- Tesla: Supports full EV future
- Toyota: Prefers Hybrid + EV + Hydrogen mix
- Tata Motors: Strong focus on EV growth in India
- Hyundai: Investing in EVs and hydrogen fuel cell technology
Should You Buy Petrol or EV Between 2025 and 2030?
Here is a practical guide based on engineering analysis and cost factors.
1 Buy a petrol car if:
- Your budget is low
- You drive long distances daily
- Charging stations are limited in your region
2 Buy an EV if:
- You mostly drive in cities
- You can install a home charger
- You want low running and maintenance cost
- You want a future-proof option
3 Best choice for most buyers: Hybrid vehicles
Hybrids offer:
- High fuel efficiency
- Low maintenance
- No charging issues
- Smooth driving experience
They provide a balanced transition between petrol and EV.
FAQs: Frequently Asked Questions
No. Only new petrol car sales may stop, not existing vehicles.
No. Fuel demand will decline slowly but will not disappear overnight.
Yes. Battery prices are decreasing every year, making EVs more affordable.
No. It will take longer due to infrastructure and affordability challenges.
Experts predict full replacement may take until 2040–2050 or later.








