Power Circle Elbilsprognos 2026-2035 (2026)

Power Circle, Prognos för elbilsmarknaden i Sverige 2026–2035 (June 2026) — an updated battery-electric-vehicle (BEV-only; excludes plug-in hybrids) adoption forecast for Sweden, modelled as an S-curve (Bass 1969 / Rogers diffusion) calibrated to econometric drivers. Author: Daniel Lindekrans Henriksson.

Key claims

• Sweden has stalled at 35–40% BEV share of new-car sales since 2022 — tracking the low scenario of Power Circle’s 2022 forecast. Sweden is now worst in the Nordics: Norway ~98%, Denmark >80%, Finland ~50%.
• Forecast (base/main scenario — the raw describes it as one with “något ökat fokus på elbilar efter valet”, slightly increased EV focus after the election; the report has three scenarios: base, accelerated, delayed): from ~460,000 BEVs in traffic (2026), to 1 million during 2029 (72.3% new-sales share) and 2 million during 2033 (97.6%). Conclusion framed as “elbilen vinner!” (the EV wins; translated) — a technical/economic tipping point; policy affects only the speed, not the outcome. A policy-weak path reaches ~80% share by 2034.
• Narrowed uncertainty band: even the delayed scenario (the raw names base / accelerated / delayed; “lägsta scenario” refers to the 2022 forecast) now implies large change pressure on market and infrastructure (unlike the wide 2019/2022 ranges).
• Five adoption drivers (consistent across NO/SE/DE/CN/US research):
  1. Purchase price — strongest lever. Norwegian structural study: removing the purchase-tax exemption in 2021 would have cut BEV share 66→25%; own-price elasticity −1.27 (Fridström & Östli 2021). Battery packs −93% since 2010 → $108/kWh in 2025 (Chinese as low as $84). EU anti-dumping tariffs on China-built EVs (17% BYD / 18.8% Geely / 35.3% SAIC, on top of 10%) raise showroom prices; EU fleet CO₂ limit 49.5 g/km pressures makers to cut EV prices rather than pay fines.
  2. TCO + asymmetry. BEV TCO already lower in all core markets (IEA GEO 2025). Consumers weight petrol price far more than electricity price — Nordic product-level study: +1% petrol price → +0.85% BEV sales (stronger in the volume segment; Zhang et al. 2026); confirmed in California (Bushnell et al. 2022) and 36 Chinese cities (Fei et al. 2025). The early-2026 ~40% fuel-price rise implies ~+34% EV demand.
  3. Charging access — sets the saturation ceiling. 70–80% of charging is home/work; ~half of Swedes live in apartments without guaranteed charging → a real cap on attainable BEV share absent structural measures; public chargers also act as a normative signal.
  4. Model availability — important but less decisive; technology advancement is the strongest pull (Forsythe et al. 2023); 6 of 10 best-selling SE models now BEV.
  5. Political clarity — stable targets reduce uncertainty for consumers/leasing/OEMs; EU CO₂ limits act as a hard supply-side floor.
• Policy damage 2022–2026: scrapped bonus, lower fuel taxes (~40 öre/kWh-equiv) and reduktionsplikt changes cut the potential 2026 EV market by ~50%; estimated ~750,000 extra ICE cars on the road before transition completes (~160 bn SEK extra fossil-fuel import lifecycle cost).
• Policy recommendations: scrap fossil subsidies; reintroduce bonus-malus (40–70k SEK); state credit guarantee for EV finance; support for 50% of the installation cost in BRF and rental buildings; tax-free charging up to 2,000 kWh/yr; an explicit ≥80% BEV target in new-car sales by 2030.

Relevance to wiki

• Vehicle-to-Grid — Swedish BEV fleet trajectory (460k → 1M 2029 → 2M 2033) is the installed base for V2G/fleet aggregation; the apartment-charging gap constrains residential V2G reach.
• Demand Response — EV smart-charging is among the largest flexible loads; this updates the adoption base behind FlexAbility’s 2030 EV-DR potential, and the apartment-charging cap mirrors the DR adoption barrier.
• Cross-links: Aggregation (EV fleet aggregation), Load Forecasting (EV growth as a forecast driver).