What happened
The conflict in the Middle East has evolved into a global energy-security repricing event, driven by disrupted shipping, sharply tighter LNG availability and higher risk premiums across oil, gas and power. The International Energy Agency (IEA)10 describes it as the largest supply disruption in the history of the global oil market and notes roughly one-fifth of global LNG supply has been effectively shut down.
For power and utilities (P&U), the main shock is gas and LNG. Asia is most exposed to physical LNG terms because almost 90% of Hormuz LNG volumes went there in 2025, while Europe is more exposed through price linkage and competition for flexible cargoes. For instance, the price for Dutch Title Transfer Facility (TTF), the European benchmark for natural gas, rose by over 60% in March 2026, pushing up power prices where gas sets the marginal cost.
Governments have already shifted into contingency mode. The IEA coordinated its largest-ever emergency oil stock release, while the EU,11 UK, India, Japan and others have activated fuel security, storage, consumer protection and diversification measures to manage a sustained supply shock.
What’s next
The outlook depends on whether shipping through the Strait of Hormuz normalizes quickly or gradually. The US Energy Information Administration’s (EIA)12 current base case assumes traffic resumes only slowly and does not return to pre-conflict levels until late 2026, implying a persistent risk premium in oil, LNG and freight even if military escalation eases.
The next phase is likely to accelerate a structural shift from fuel security toward electricity system security. If oil and LNG markets remain volatile through late 2026, governments and utilities will place more strategic value on domestic clean generation, storage, transmission, electric vehicle (EV) adoption and flexible demand — not only as decarbonization tools, but as energy security tools to protect against imported-fuel disruption.
Policy is likely to shift further toward resilience over efficiency,13 reinforcing investment in supply diversification, storage, grids and lower-fuel-intensity generation mixes. This shift also creates new concentrations of risk. As economies electrify, vulnerability shifts from tankers and pipelines toward grids, cyber systems, critical-mineral processing, aluminum, sulfur-linked chemicals and power-electronics supply chains.
Business impact
The supply shock is reinforcing a strategic divide between fuel-importing systems and more electrified systems. Countries that rely heavily on imported hydrocarbons remain most exposed,14 while countries building an “electrostate” model, based on domestic power grids, storage and electrified transport, are better positioned to absorb fuel-supply shocks. Strategy and capital allocation teams should treat electrification not just as a transition pathway but as an energy-security hedge.
Fuel procurement, trading and treasury teams can prepare for sustained volatility in gas, LNG and oil, with higher working capital requirements, stronger hedging governance demands and more pressure on liquidity where utilities retain spot exposure. This raises the value of geostrategic risk analysis and risk transformation.
Operations, engineering and supply-chain functions can focus on the most direct transition-input risks: aluminum and sulfur-linked processing, alongside broader freight, insurance and lead-time disruption. Utilities and developers can aim to strengthen inventory, vendor and route diversification through supply and operations transformation and broader supply chain resilience.
Strategy, regulation and customer teams should expect sharper trade-offs between affordability and security of supply, especially in gas-linked markets such as the UK and Italy, and in import-dependent systems, such as parts of Southeast Asia, where fuel price volatility can still feed through to power costs. This strengthens the case for enterprise resilience, energy transition strategy (via EY.com US) and sector-specific capabilities in power and utilities to manage intervention risk and accelerate diversification.
For more information, contact Stephanie Chesnick Cutter and Andrew Horstead.