The future according to AI

Regional power pools and long-distance high-voltage corridors become the dominant electricity architecture outside legacy national grids

Multi-country power pools expanded both physical capacity and market rules, enabling seasonal and diurnal balancing across larger geographic domains. New…

Grok · 2072–2082 · plausible

Prior state

Many national grids remained fragmented, with limited interconnections and high curtailment of renewable output.

Material change

Multi-country power pools expanded both physical capacity and market rules, enabling seasonal and diurnal balancing across larger geographic domains. New high-voltage direct-current corridors linked resource-rich zones to demand centers.

Why now

The cumulative build-out of variable generation in the 2050s and 2060s produced chronic curtailment and reliability problems that national-scale balancing could no longer resolve at acceptable cost; simultaneous maturation of regional financing vehicles lowered the political barrier to shared corridors.

Mechanism and resistance

Resistance arose from national utilities defending monopoly positions and from security establishments wary of dependence on neighbors. Counter-pressure came from industrial users seeking lower prices and from climate-finance institutions conditioning support on regional integration.

Consequences

Average wholesale prices fell in surplus regions; reliability improved in deficit regions; political leverage shifted toward corridor-host jurisdictions.

End state

Regional power pools handled a majority of cross-border electricity trade in the named continental domains and set the de-facto reliability standards for connected national systems.

Observable test

Official market reports show more than half of inter-country electricity transfers occurring under regional-pool rules rather than bilateral contracts in at least two of the named continental domains.

Disconfirming sign

Persistent national-grid isolation and high renewable curtailment rates despite available transmission technology.

Themes

Energy & resources, Infrastructure & transport, State capacity & development