Scenarios 2027 / Scenarios
Rated at Standard Severe. Likelihood type: systemic. Source of scores: ginc-desk-v0.3. Upside scenario: impact levels measure the scale of change, not loss.
The auction clears at a price nobody would have bid three years ago: round-the-clock power from solar and batteries, delivered for less than the fuel cost of the gas plant next door. The geothermal wells that were a demonstration in 2026 are now drilled like shale, forty at a time. Electricity bills in the importing economies have fallen for the fourth year running and finance ministers are spending the saving twice. An aluminium smelter closes in Europe and reopens in a desert with a 20-year power contract. Data centres follow. Crude has not traded above US$45 for eighteen months. In the Gulf, the producers with sovereign funds and low costs pump more and wait; the ones without cut public salaries, then subsidies, then the peg. Two national oil companies stop paying dividends to the state. A government that borrowed against reserves it will never sell asks for a programme. Coal regions and refinery towns get their transition funds a decade too late. Grid operators are the new bottleneck: the queue for a connection is four years and the cheapest power in history is curtailed at noon. The countries that gain most are the ones that built wires, storage and permits before they were needed. The ones that lose most had one export.
The dateline is illustrative, not a forecast. The narrative is hypothetical; the historical anchors below are real events.
Solar, batteries and one firm clean source (enhanced geothermal, advanced nuclear or fusion) fall far enough in cost that new electricity is cheaper than running existing fossil plant across most of the world. Wholesale power costs halve in adopting economies within five years. Oil demand peaks and the price settles 40 per cent lower for good. Importers gain a permanent tax cut; energy-intensive industry moves to where power is cheapest; hydrocarbon exporters lose the revenue their states run on. The shock is the speed: a transition expected over thirty years arrives in five.
A shock most would count as progress. It is not upside for everyone: each record names who gains and who loses. Impact levels measure the scale of change, in either direction, and loads mark the capabilities a nation needs in order to capture the gain or absorb the loss.
| Event | Date | What happened | Calibrates |
|---|---|---|---|
| US shale revolution | 2008–2016 | US crude output roughly doubled; oil fell from above US$100 a barrel in mid-2014 to below US$30 in early 2016 | speed of a supply-side technology shock; exporter stress |
| Oil price collapse | 1986 | Prices fell by more than half within months; exporter revenues collapsed, straining Soviet finances | Standard Severe for exporters |
| Solar cost decline | 2010–2020 | The cost of electricity from utility-scale solar fell by more than 80 per cent in a decade | learning-curve precedent |
| Battery storage cost record | 2025 | The benchmark cost of a four-hour battery project fell 27 per cent in a year to US$78 per MWh, the lowest since tracking began in 2009 | storage as the enabler |
| Fusion ignition at the National Ignition Facility | December 2022 | The first laboratory fusion experiment to release more energy than the lasers delivered to the target | firm clean source: proof of principle |
| Enhanced geothermal at Cape Station | 2026 | The first 100 MW phase of the largest enhanced geothermal project was scheduled to deliver power to the grid | firm clean source at commercial scale |
| IEA oil demand outlook | 2025 | Global oil demand projected to plateau near 105.6 million barrels a day by 2029 and to fall slightly in 2030 | demand peak |
Shown at their preset values. Parameters are not adjustable in this release and nothing on this page is computed from them. Custom settings run (Phase B) but are labelled 'non-standard run' and excluded from comparisons.
| Parameter | Default | Range or options | Note |
|---|---|---|---|
| Fall in wholesale electricity cost in adopting economies | 50 per cent | 25–75 | — |
| Firm clean source | enhanced geothermal | options: advanced nuclear / fusion / long-duration storage | — |
| Sustained fall in the oil price | 40 per cent | 20–60 | — |
| Years from tipping point to the new price regime | 5 years | 3–10 | — |
| Grid and permitting constraint | binding | options: eased | — |
| Exporter fiscal buffers | 2 years of spending | 0–10 | — |
High: capability band shifts expected under current plans. Medium: band shifts under 'none' policy response only. Low: strain without band shift. Loads are judgement-based until the Atlas connects. Domains link to the Atlas.
| Domain | Load | Channel |
|---|---|---|
| Hard | ||
| Defence and security | Medium | instability in exporter states; chokepoints lose leverage |
| Strategic infrastructure | High | grids, storage, interconnection and permitting decide who captures the gain |
| Critical technology | Medium | manufacture and deployment of generation, storage and drilling |
| Soft | ||
| Government effectiveness | High | permitting speed, fiscal diversification, transition delivery |
| Human capital | Medium | workers in fossil regions; cheaper energy for households |
| Influence and cohesion | Medium | exporter leverage falls; regional winners and losers |
| Economic | ||
| Macro-financial | High | exporter budgets, pegs and stranded assets; importer windfall |
| Industry, trade and supply | High | relocation of energy-intensive industry |
| Energy and resources | High | price regime change; demand for transition minerals |
| Region | Exposure | Rationale |
|---|---|---|
| North America | Medium | Shale producers lose, consumers and data centres gain; permitting decides the balance |
| Europe | High | Importer windfall; heavy industry may still leave for cheaper power |
| China | High | Largest maker of solar and batteries and largest energy importer |
| Indo-Pacific | High | Japan, Korea and Taiwan cut import bills; Australia loses coal and gas revenue |
| South Asia | High | Cheaper power and a lower import bill for India, Pakistan and Bangladesh |
| Gulf and Middle East | High | Revenue collapse for exporters without buffers; low-cost producers outlast the rest |
| Africa | High | Cheap distributed power for importers; Nigeria, Angola and Algeria lose revenue |
| Latin America and Caribbean | Medium | Mineral exporters gain; Venezuela, Ecuador and Colombia lose oil income |
| Russia and Eurasia | High | Budget dependence on oil and gas; a second 1986 |
| Indicator | Source | Threshold |
|---|---|---|
| Levelised cost of solar, storage and firm clean power | BloombergNEF, IRENA | — |
| Auction prices for round-the-clock clean power | — | — |
| Oil demand outlook and peak estimates | IEA, OPEC | — |
| Fiscal break-even oil price by exporter | IMF | — |
| Grid connection queue length and curtailment rates | — | — |
| Enhanced geothermal, fusion and advanced nuclear milestones | — | — |
| Electric vehicle share of new car sales | IEA | — |
From the GINC 250: trends rated Very high or Critical for this scenario. All S16 trend scores.
| Rating | Band or level | Why |
|---|---|---|
| Likelihood, two years | 3Possible | Battery storage costs fell 27 per cent in a year to a record low and the first commercial enhanced geothermal plant is due on the grid in 2026. A Standard Severe price collapse within two years needs oil demand to turn as well. |
| Likelihood, ten years | 4Likely | The IEA expects oil demand to plateau by 2029, and cost curves for solar and storage are still falling. |
| Systemic impact | 3Significant | Level 3: a large transfer from exporters to importers, with a net gain to world output. |
| National impact | 5Transformative | Level 5 for hydrocarbon exporters whose budgets depend on oil and gas; the 1986 price collapse is the precedent. |
| Confidence | medium | Cost trends are well measured; the timing of a demand peak is contested. |
Source of scores: ginc-desk-v0.3. Confidence refers to the rating, not the scenario. Calibration sources are listed with the anchors above and on the methodology page.
Contested assumptions for the panel to resolve.
No signed commentary in this build.
0.3.0 · active0.3.0 · 3 October 2026 · Entered the Library at v0.3 as an upside scenario, with GINC desk scores.GINC (2027). Scenario S16 Energy abundance breakthrough, Scenario Library v0.3. scenarios.ginc.org/library/energy-abundanceContent and data are published under CC BY 4.0.