Electric vehicles are not that green—or clean.
An EV enters the world carrying a heavy carbon debt—typically 40% to 70% higher manufacturing emissions than a conventional petrol or diesel vehicle.
This footprint is driven by the mad rush for energy-intensive mining and refining of lithium, cobalt, and nickel. On grids still powered by coal and gas, clearing that initial carbon deficit can take 60,000 to over 100,000 kilometres of real-world driving. It is a long-term gamble on vehicle longevity.
The theoretical models are upbeat. They promise the world: the battery will last, the grid will decarbonise, the weather will stay mild, and the owner will never encounter a structural or electronic defect. Beyond the showroom, however, practical setbacks mount quickly.
While home charging adds directly to household power bills, fast-charging outside major metropolitan corridors remains invisible. For a tradesman towing a trailer or driving rural routes, the extra battery weight and reduced range under load make every long trip a serious logistical exercise.
EVs currently bypass the federal fuel excise that traditional motorists pay, despite carrying significantly heavier battery packs that increase road wear and tear.
High-voltage battery packs are exceptionally costly. Minor accidents or cell degradations can trigger a $10,000 to $25,000 battery replacement, which usually means the car is a total write-off. Because the battery is the car, a viable second-hand EV market remains doubtful.
Electrification is not the frictionless or flawless successor to liquid fuels we were promised. Treating an evolving technology as an immediate, settled victory ignores substantial physical and economic realities.
These unfortunate surprises will be borne by the well-intentioned people who actually buy them, then have to run and repair them.