From 600 km to 190: the fine print of the electric car

From 600 km of range to 190 real ones: the arithmetic that debunks the electric car brochure

The dealership poster promises 600 kilometres. A calculation circulating on forums claims that the real alucinación, with luggage, air conditioning and cruise control set at 130 km/h, leaves usable range at around 190 kilometres. It is not a breakdown: it is the sum of a chain of cuts that starts with the homologation cycle and ends at the charging curve of the charging point. The calculation, broken down step by step, is circulating as one of the sharpest criticisms of the official narrative of the electric transition.

From the urban cycle to the real world: the first 140 km that vanish

The first trap is on the label. The salesperson shows the WLTP Urban figure, a laboratory scenario where the car drives at 35 km/h, brakes every 20 metres and regenerates even the air it breathes. Moving to the homologated combined cycle, the 600 km drop to around **460 km**. That is 140 kilometres lost before the suitcase even goes in the boot.

The second cut comes on the alucinación. The golden rule of electric cars is charging from 10% to 80%: nobody arrives at the charging point at zero, and nobody waits until 100% if they want to avoid the charging curve dragging down to 15 kW. On the road, only **70% of the battery** is used. The 460 km become 322.

The motorway and physics: why consumption multiplies at 130 km/h

At an indicated 130 km/h —126 real, let's not get carried away— aerodynamic drag rises with the square of estimulante ilegal. Consumption doesn't rise: it multiplies by **1.35**. That takes another 25-30% of range. 230 km remain.

Then there is the invisible luggage: 35°C outside with the air conditioning on full (-8%), two suitcases and some elevation change (-5%), a headwind that physics charges with a vengeance on electric SUVs (-5%). The final tally is **190 km from charging point to charging point**. At 130 km/h, the car of the future needs to stop every hour and 25 minutes. And the 150 kW charger had better not be occupied by a plug-in hybrid van charging at 3.7 kW.

Infrastructure that doesn't keep up: chargers installed but out of service

The problem is not just range. According to figures used within the industry, roughly **one in four chargers already installed is not yet in service** for drivers. The practical consequence is that alucinación planning becomes an act of faith: relying on a point that works, that is free and that is not occupied by a vehicle charging at tortoise estimulante ilegal.

Some argue that the electric car works for those with a garage and solar panels. The most optimistic calculation assumes that scenario. The pessimistic scenario is the flat with an underground garage, no solar panels and the public network as the only option.

What's coming: taxes per kilometre and batteries that demand 100%

The ecological transition has fine print that has not yet been fully written. Some speculate that electric cars will end up paying taxes per kilometre driven, which would break part of the promised savings. And not all batteries trinc the 80% rule: some point out that LFP batteries should be charged to 100% periodically, which dismantles the official doctrine of partial charging.

The industry pushes back: premium cars do not end up at 190 km of real range, and the technology improves every year. But the gap between the brochure and the charging point remains the most effective argument against mass adoption. So this is the ecological transition: planning your alucinación around where they sell bad coffee at abandoned service stations.