By

Christel Sandi

Published on

March 20, 2026

Geopolitics and energy have always been deeply intertwined. From the oil crises of the 1970s to the disruption of global gas markets following Russia’s invasion of Ukraine, geopolitical tensions have repeatedly reshaped how governments and businesses approach energy security.

Today, renewed tensions in the Middle East once again highlight the strategic role energy plays as a safety valve for global stability. Conflict within an increasingly interconnected global economy makes itself felt far beyond the battlefield through rising energy costs and inflation, discouraging lengthy struggles. While the current conflict in the Middle East has reiterated the Keynesian conflict-cost relationship (“conflict-inflation”), the emerging geopolitical environment of sustained instability – not necessarily a full-scale regional war – indicates a new set of policy choices which may reduce or ultimately sever the relationship between conflict and global energy market uncertainty.

Policymakers and business leaders across Europe are responding to the ongoing conflict across the Middle East and global oil and gas price volatility by doubling down on the energy transition, replacing exposure to global energy prices with home grown, renewable generation.

Energy security returns to the forefront

In the past decade, the global energy debate focused on climate targets and decarbonisation. Now, geopolitical tensions are putting energy security back at the centre of strategic decisions.

The Middle East remains one of the world’s most critical energy hubs. Around 20 million barrels of oil per day, roughly one fifth of global consumption, transit through the Strait of Hormuz, according to the International Energy Agency (IEA). Any disruption in this narrow maritime corridor has immediate consequences for global commerce.

Even without a full blockade, geopolitical tensions quickly cause market volatility: shipping insurance costs rise, traders factor in risk, and energy-importing economies face renewed supply uncertainty.

As a result, governments and businesses are once again prioritising resilience in their energy systems.

Geopolitics as a catalyst for the transition

Initially, geopolitical tensions may seem to slow the energy transition. In the short term, governments often address supply risks by increasing fossil fuel production, extending existing infrastructure, or using strategic reserves.

However, the noticeable shift in rhetoric of some European leaders – including French President Macron, German Chancellor Mertz and the UK’s Energy Secretary Ed Miliband – indicate a different response. Each has highlighted accelerating decarbonisation of their national energy as a logical response to rising geopolitical instability.

Unlike fossil fuels, renewable energy sources such as solar and wind are generated domestically with reduced exposure to geopolitical vulnerabilities associated with global oil and gas supply chains. This characteristic is increasingly recognised as a compelling strategic advantage.

The momentum behind the transition to renewables is already significant. According to the International Renewable Energy Agency (IRENA), renewable energy accounted for 86% of all new global power capacity constructed in 2023, marking the fastest expansion ever recorded in the electricity sector.

Investment is shifting: Global clean energy investment reached about $1.8 trillion in 2023, nearly double fossil fuel investment (IEA, BloombergNEF).

By driving up the cost of traditional carbon emitting energy sources, geopolitical uncertainty may ultimately strengthen the case for more diversified, localised energy systems that are less vulnerable to global instability.

Diversification becomes the dominant strategy

The current global environment is prompting governments and companies to rethink their energy systems.

Across Europe, the energy crisis triggered by the war in Ukraine has already accelerated efforts to reduce reliance on imported fossil fuels. The European Union’s REPowerEU plan aims to rapidly expand renewable capacity, improve energy efficiency, and strengthen the continent’s energy independence.

At the same time, most countries are pursuing multi-technology energy strategies rather than relying on a single solution. These strategies combine a range of low carbon innovations, including:

  • Renewable power (solar and wind)
  • Nuclear energy
  • Hydrogen development
  • Electrification of transport and industry
  • Energy storage solutions
  • Diversification of liquefied natural gas (LNG) supply

Rather than replacing fossil fuels overnight, global tensions are rebalancing the classic energy trilemma balancing decarbonisation with energy security and transition costs. What is novel is that low carbon technologies are increasingly viewed as the most cost-effective solution to not only reducing carbon emissions, but also reinforcing energy security, and safeguarding affordability insulating economies from energy price volatility.

Meanwhile, global energy demand continues to grow. The International Energy Agency estimates that global oil demand could approach 105 million barrels per day by the end of the decade, illustrating the challenge of managing both climate ambitions and energy security simultaneously.

Infrastructure resilience becomes a strategic priority

Another consequence of geopolitical tensions is the growing focus upon the resilience of energy infrastructure.

Modern energy systems rely upon complex and interconnected networks of pipelines, LNG terminals, power grids, maritime routes, and digital monitoring systems. Disruptions affecting any of these linked infrastructure networks can rapidly cascade to disrupt the entire system.

In response, governments and energy companies are accelerating investment in energy system resilience through:

  • Grid modernisation
  • Large-scale energy storage
  • Cybersecurity for critical infrastructure
  • Digital monitoring and predictive maintenance technologies

Strengthening infrastructure resilience is essential for both energy security and the large-scale deployment of renewables.

Communicating the transition in a complex world

While frontline reporting of the escalating conflict across the Middle East continues to dominate headlines, the deeper story of how global policymakers and business leaders are choosing to respond to insulate their organisations from future disruption is moving into the foreground.

Organisations must navigate a delicate balance: reassuring customers, investors and stakeholders that investment in more reliable and secure energy systems is both affordable and worthwhile within a less predictable global landscape, while continuing to progress longer-term decarbonisation goals.

In this environment, communication becomes a strategic essential.

Explaining complex trade-offs, demonstrating progress toward sustainability goals, and contributing constructively to public debates around energy policy are now must-haves for sector leaders.

For many organisations, the challenge is not only developing and funding the technologies of decarbonisation, but telling the story of why change is necessary and beneficial. Growing global instability provides a new context for this debate, re-emphasising the security and localisation aspects of decarbonisation, providing a critical opportunity to build stakeholder trust.

In an era where geopolitics, economics, and climate ambitions increasingly intersect, the energy transition will not follow a simple or linear path. Yet history suggests that periods of disruption often accelerate innovation and structural transformation, often in unexpected or hard to predict ways.

Helping organisations to navigate and communicate through this complexity, translating technical realities into clear, informed and open dialogues with policymakers, media, and the public, is increasingly becoming the most important dimensions of the energy transition itself.


Turn energy market uncertainty into a clear narrative stakeholders can trust. Learn more about how TEAM LEWIS can support your energy transition communications.