Electric cars in 2025: a good plan or a bad idea? What you really need to know before taking the plunge

Rather than a ready-made speech, this article is based on the real questions drivers ask themselves, with up-to-date data, concrete cases and clear answers.

Is it really worth buying an electric car in 2025?

Yes, in most cases, but not all.

If we look at the purchase price alone, an electric vehicle (EV) remains more expensive than a combustion model with the same equipment. But when you factor in running costs, the equation often tips in favor of electric vehicles:

• Recharging 100 km costs between €2.5 and €4 (home), compared with €8 to €10 for a petrol engine.
• Less maintenance: no oil change, belt or clutch replacement.
• 2025 ecological bonus maintained (up to €4,000), can be combined with the conversion bonus.

❌ For whom is it less relevant?

• Pour les petits rouleurs (< 10 000 km/an), le gain à l’usage est plus lent à amortir.
• For drivers without a personal recharging solution (see below).

Do I need a charging point at home to drive electric?

This is highly recommended, but not mandatory.

If you live in a single-family home, installing a wallbox is the winning combination: practical, economical and secure. Average cost in 2025: between €1,000 and €1,200, with subsidies available.

✅ Without a private terminal, it all depends on your access :

• In multi-family housing, some condominiums offer shared solutions.
• In some areas, public hydrants are less than 500 m away.
• Employers are increasingly equipping their parking lots.

⚡ Good to know: the fastest recharges (up to 300 kW) are available at Dream Energy stations, powered by 100% renewable electricity.

What real autonomy can we expect?

By 2025, most EVs on the market will have a range of between 300 and 550 km.

But in reality :

• For mixed use (city/highway), expect to pay 10-20% less.
• The freeway remains the weak point: high fuel consumption, rapid loss of range.

Good benchmark :

• Renault Mégane E-Tech : ~420 km WLTP / ~330 km actual.
• Tesla Model Y Propulsion: ~455 km WLTP / ~380 km actual.

Recharge time :

• Slow terminal (7 kW): ~8h for a full charge.
• Fast terminal (22 kW): ~2h.
• Supercharger (150 to 300 kW): 20 to 30 min for 80%.

Is maintenance really that easy?

Yes, and this is one of the EV's greatest mechanical assets.

No oil changes, no filters, no conventional wear parts. Electric vehicles have fewer moving parts.

✅ In practice :

• Annual maintenance costs reduced by 30-40% compared to a heat pump.
• Battery guaranteed for 8 years or 160,000 km on average.
• Fewer breakdowns, but parts can be more expensive to replace.

Are electric cars really environmentally friendly?

Yes, over the entire life cycle, but with nuances.

• Manufacturing, especially of batteries, is still very energy-intensive.
• In use, however, emissions are zero (CO2, NOx, particulates).
• The carbon footprint of an EV is offset in an average of 30,000 km.

♻ And recycling?

• In Europe, we're seeing the emergence of new sectors (Umicore, Renault Mobilize).
• The recycling rate for lithium-ion batteries will exceed 70% by 2025.

Is the charging network sufficient?

Yes, in most major conurbations and on main roads.

• 2025: 160,000+ recharging points in France, including 20% fast charging.
• Dream Energy is playing an active part in this boom, with a nationwide network of ultra-fast stations powered by green energy.

❌ Still territorial inequalities:

• Rural areas less well covered
• Dependence on recharging applications (interoperability not always seamless)

Conclusion: is this a good idea in 2025?

For the vast majority of uses, yes. The electric car is more comfortable, more economical and cleaner. If you have a personal recharging point or regular access to a reliable charging station, you'll make significant savings while reducing your carbon footprint.

And with players like Dream Energy offering an affordable and competitive 100% renewable charging model, the switch to electric makes perfect sense.