German road transport remains overwhelmingly dependent on diesel and gasoline, limiting progress toward decarbonization despite rising electric vehicle sales
Executive summary: In 2024, diesel and gasoline accounted for over 97% of the energy consumed by German road transport, even as electric vehicle registrations increased. The continued reliance on fossil fuels in transport slows decarbonization, maintains high oil demand, and challenges national and EU climate goals.
Who is involved: German Federal Ministry of Transport, automotive manufacturers, energy companies, and consumers.
Likely next: Policy makers may strengthen EV incentives, tighten fleet emission standards, and expand public charging networks to accelerate the shift away from diesel and gasoline.
The 2024 evaluation shows that diesel and gasoline still supply more than 97% of the energy used in Germany’s road transport sector. Electric vehicles have grown, but their share of total energy consumption remains marginal, indicating that fleet turnover and charging infrastructure are not yet sufficient to displace fossil fuels. This persistence prolongs carbon emissions from transport and keeps oil demand elevated, complicating Germany’s climate targets and exposing the sector to future regulatory tightening.
Timeline
- — Auswertung für 2024: Straßenverkehr hängt weiter an fossilen Energien (Handelsblatt)
Analysis — what this means
Likely next events
- Potential increase in German EV purchase subsidies.
- Review of EU CO2 emission standards for passenger cars.
Sectors affected
- Automotive
- Oil and gas
- Renewable energy
- Transport infrastructure
Regulatory implications
- Stricter fleet-wide emission limits for vehicles.
- Mandated expansion of public charging infrastructure.
- Carbon pricing mechanisms applied to transport fuels.
Historical parallels
- Diesel dominance persisted in the EU through the early 2010s despite early EV trials.
- Japan’s slow EV uptake despite subsidies mirrors Germany’s current situation.
- Fuel price spikes after 2008 prompted temporary shifts to more efficient vehicles but did not alter long‑term fuel mixes.