— Scenario
Green Velocity
74%
AI confidence
Narrative
It is 2035. Europe's electricity grid runs on 87% renewables. The last coal plant closed in Poland in 2031, two years ahead of the EU mandate. Offshore wind capacity has tripled. Hydrogen pipelines now cross six countries. The transition was messier than optimists hoped — three winters of price spikes and a German grid crisis in 2028 — but the trajectory never reversed. Companies that bet early on storage and grid flexibility are now critical infrastructure providers.
This scenario is gaining momentum
IEA revised renewable capacity forecasts upward for the third consecutive quarter. EU permitting reform passed in December is removing the primary bottleneck. Solar costs dropped another 18% in Q1 2026.
Signposts that moved
Recent signals
Key trend development
How trends are developing in this scenario
Implications
Winners
- 01Offshore wind developers who locked in seabed leases and grid connections early
- 02Grid-scale storage companies — they become critical infrastructure providers
- 03Countries with early permitting reform (Nordics, Netherlands) capture investment flows
- 04Chinese solar module manufacturers drive costs below €0.09/W unchallenged
- 05Tech companies entering grid flexibility and energy management software
Losers
- 01Incumbent gas utilities with stranded LNG infrastructure and legal challenge strategies
- 02Coal-dependent CEE regions facing accelerated phase-out timelines
- 03Traditional utility IT vendors displaced by tech company grid software
- 04Developers who retreated from Southern/Eastern Europe and missed the catch-up wave
Strategic opportunities
- 01Grid flexibility solutions — whoever controls grid access controls the market
- 02Energy storage investment before valuations reprice in the next 18 months
- 03Industrial electrification advisory — companies need transition roadmaps now
- 04Cross-border interconnector capacity as Nordic surplus seeks export markets
Possible trigger events
- 01EU permitting reform implementation pace — the key bottleneck removal
- 02Solar module pricing trajectory below $0.11/W floor
- 03Offshore wind auction subscription rates across new markets
- 04Grid connection queue lengths and processing times
- 05Battery storage cost per kWh crossing the $80 threshold
How did we end up here?
Hypothetical path to this scenario
2026
EU permitting reform passes. Solar costs fall another 18%. Three consecutive IEA forecast upgrades signal acceleration is structural, not cyclical.
2028
German grid crisis forces emergency storage procurement. Offshore wind capacity passes 100GW for Europe. First green hydrogen pipeline connects Denmark to Germany.
2030
Poland closes its last coal plant under EU pressure and domestic air quality politics. Battery costs hit $55/kWh. Industrial electrification crosses the tipping point — cheaper to electrify than to maintain gas.
2032
Pan-European grid interconnection finally delivers. Nordic surplus power flows south. Energy-intensive industry relocates to where renewables are cheapest, not where subsidies are largest.
2035
Europe's grid runs on 87% renewables. The transition was messier than optimists hoped — but the trajectory never reversed. Companies that bet early on storage and grid flexibility are now critical infrastructure providers.