Global reliance on imported energy will peak by 2034, Rystad Energy projects in the fifth edition of its flagship annual report, Global Energy Scenarios (GES) 2026. The Oslo-based consultancy attributes the turning point to energy security concerns that are accelerating the shift towards electrification.

The date matters for planners. If the consultancy is right, roughly a decade of buildout — turbines, grids, storage, interconnects — separates today's import-heavy system from its high-water mark. After 2034, the logic runs, countries that make electricity at home buy fewer molecules from abroad.

Rystad frames the projection against two major energy crises inside five years. The report highlights how a broader range of rapidly deployable technologies is helping the energy system withstand major disruptions to energy flows. In plain terms: when pipelines and cargo routes fail, systems that can add capacity quickly now have more tools on the shelf.

The consultancy does not offer a single line. It explores how energy import dependency could evolve under three possible future scenarios. That structure is the standard precaution among forecasters, and Rystad has used it across the report's five annual editions.

What drives the 2034 peak?

Electrification carries the argument. Security concerns, sharpened by the twin crises of the past five years, push governments toward domestically generated power and away from imported fuels. The report's scenarios test how far and how fast that push runs.

The mechanics are straightforward. Wind, solar, batteries and grids are deployable on shorter timelines than most upstream megaprojects. The report notes this broader technology range helps the system absorb disruptions to energy flows — the kind of shock that twice in five years reordered trade patterns and prices.

The takeaway: security policy, not price policy alone, now sets the pace of the energy transition.

Three scenarios, one direction

Rystad's scenario method leaves the peak date conditional. Import dependency evolves differently under each of the three futures the report sketches. The published summary does not assign probabilities to the individual paths, so readers should treat 2034 as the central expectation rather than a scheduled event.

For importers, the question is sequencing: how much domestic capacity arrives before the peak, and how much exposure remains after it. For exporters, the same date reads as a demand signal — the decade to 2034 is, on this view, the window in which import demand still grows.

The takeaway: the direction is agreed inside the report; the speed is the variable.

Why the fifth edition carries more weight

This is not a first-pass model. Five annual editions give Rystad a track record that can be checked against events, and the current edition lands after two crises that stress-tested exactly the vulnerabilities the series addresses.

The report's argument that rapidly deployable technologies harden the system against disruption reflects the lessons of the past five years. Pipelines can be rerouted; so can capital.

The takeaway: experience, in this business, is the only dataset that cannot be revised.

The watch item

Watch the scenario detail as Rystad releases it, and watch national capacity additions against the 2034 marker. If electrification buildout slips, the peak slips with it. The report has given the industry a date. The industry now has a decade to argue about it.