The familiar anti-EV script now travels well across borders: there are too few chargers, public chargers are often broken, charging always takes too long, and holiday travel turns the whole system into chaos. But once the global data is laid side by side—from China and Norway to the European Union, the United Kingdom and the United States—that story starts to crack. The truth is more demanding, but also more hopeful: EV road travel is no longer the impossible edge case critics describe, yet charging quality is still uneven and some peak-travel corridors remain underbuilt. That distinction matters because road transport is still a major climate problem, and delaying electrification on the basis of outdated or exaggerated charging myths only locks in more oil dependence, more pollution and more lost time in the transition to a cleaner transport system.
The claim that “electric vehicles are built on child labour in cobalt mines” spreads fast because it contains a painful truth: children have worked in parts of the artisanal mining sector in the Democratic Republic of the Congo (DRC). But it often leaves out what matters most for climate and justice: cobalt is not “the EV metal,” the battery industry is actively engineering cobalt out, and new rules are forcing traceability and accountability at a scale the fossil economy never delivered. As transport emissions keep rising globally, electrification remains one of the fastest levers to cut pollution—if we also clean up mineral supply chains. The real question isn’t whether the problem exists, but whether we use it to fix abuses—or to delay the clean transition.
The claim that electric vehicles are worse for the climate than gasoline or diesel cars “once you count the full life cycle” keeps resurfacing—often right when electrification starts to threaten the fossil status quo. It’s true that EVs can start with a manufacturing emissions “premium,” mainly from the battery. But modern life-cycle research repeatedly finds that EVs deliver substantially lower total greenhouse-gas emissions over their lifetime, and the advantage grows as electricity grids get cleaner and vehicles get more efficient. This matters because transport is a major source of global emissions, and delaying proven solutions costs precious time in a worsening climate crisis. In short: the real question is no longer whether EVs can cut emissions—they can—but how quickly we scale clean electricity, efficient vehicles, and responsible battery supply chains worldwide.
