Energy costs across the Western world have risen sharply, and the automotive industry is caught in the middle of it. Whether you drive a gas vehicle watching pump prices climb or an EV seeing your electricity bill increase, the energy market disruption of the past few years has changed the economics of personal transportation for nearly everyone.
The causes are well-documented: reduced Russian natural gas supplies following the invasion of Ukraine sent European energy prices to historic highs; the faster-than-expected post-pandemic demand recovery strained supply chains that had been underinvested during the lockdown period; and several years of declining investment in conventional energy production — partly intentional, as capital shifted toward renewables — left global supply less resilient to demand spikes than it had been.
For the automotive conversation specifically, rising energy costs cut in multiple directions. High gasoline prices accelerate interest in EVs by making the operating cost comparison more favorable to electric. But high electricity prices — particularly in Europe, where household rates have in some markets tripled — undercut the very fuel cost advantage that makes EVs financially compelling for many buyers.
The longer-term question is what this energy volatility means for the pace of EV adoption. The projections that underpin government targets and automaker electrification commitments were made in an environment where electricity was cheap and getting cheaper. That assumption now looks shakier, and the policy math built on it may need recalibration.
What the energy crisis has exposed is the extent to which the entire transportation transition depends on a stable and affordable electricity supply that isn’t guaranteed. Building a fleet of electric vehicles is one problem; ensuring the grid that powers them is reliable, affordable, and clean enough to deliver on the environmental promises is a different and arguably harder one.