Every time conflict breaks out somewhere in the world, energy markets react remarkably quickly. Oil prices shift within hours. Maritime routes suddenly become a central strategic battleground. Governments discreetly reassess their reserves, supply chains, and vulnerabilities. Markets quickly rediscover a reality that is often forgotten during lulls – energy remains deeply intertwined with geopolitics.
This pattern is nothing new. From the oil crises of the 1970s to more recent supply disruptions, periods of geopolitical tension regularly remind us that energy flows rarely exist outside the turbulence of international politics. Pipelines cross borders. Tankers navigate narrow maritime passages. A localized incident can have repercussions on markets thousands of kilometers away.
However, over the past decade, another narrative has emerged in the global energy debate: the promise of renewable energies. Solar panels in deserts. Wind farms along coastlines. A vision where energy systems would be less exposed to the political fragility that often characterizes supply chains for fossil fuels.
This is an appealing vision. And in many ways, it is already becoming a reality.
For example, the United Arab Emirates has invested heavily in building a diversified energy system over the past decade. The country is currently dedicating 189 billion dirhams to major clean energy projects and infrastructure to support its carbon neutrality strategy by 2050, while maintaining a reliable and advanced electrical grid.
By 2024, the UAE had exceeded 12 gigawatts of clean energy capacity. With 6.8 GW of renewable energy and 5.6 GW of nuclear energy, clean sources now account for over 30% of the country’s electricity production. These investments reflect a broader awareness: tomorrow’s energy security is not about replacing one source with another, but about building diversified systems capable of absorbing shocks.
But moments of geopolitical tension also highlight a more discreet and complex truth: energy systems do not only operate within market or political strategies. They also evolve within the constraints imposed by nature.
Oil prices can spike overnight. Gas shipments can be redirected. Strategic reserves can be mobilized. However, the sun has never followed a geopolitical calendar. The wind, too, has never adjusted its strength to market concerns.
This does not diminish the importance of renewable energies. Solar and wind power are essential pillars in the transition to cleaner and more sustainable energy systems. But they also illustrate why resilience must be at the heart of modern energy policies.
Contemporary economies rely on uninterrupted electrical supply. Hospitals, airports, data centers, digital networks, and increasingly, AI-related infrastructures depend on energy systems that must operate continuously. This is why energy security is now defined not just by access to resources, but also by the resilience of the systems that deliver them.
Resilience is built on diversification. Solar is growing rapidly, nuclear energy provides a stable base in countries like the UAE, and natural gas continues to offer flexible production in many markets. Alongside this, robust networks, energy storage, and digital monitoring systems are becoming as essential as production itself.
Together, these elements help build systems capable of absorbing shocks, whether geopolitical or climatic in origin.
Some critics believe that renewable infrastructure could also be vulnerable during conflicts. Solar installations, like pipelines, refineries, or transmission lines, are not immune to disruptions. Global disruptions – whether natural or geopolitical – combined with strained supply chains, can delay projects and increase costs. According to sector estimates, these pressures can erode hundreds of millions of euros of value per gigawatt over the lifespan of a project.
This is why the response is increasingly moving towards localization. In Egypt, in 2025 we launched – in partnership with Egyptian, Chinese, and Bahraini actors – a $210 million solar industrial hub in the Suez Canal Economic Zone. The project includes two units with a combined annual capacity of 2 GW of solar cells and 2 GW of modules. While the module plant aims to meet regional demand in the Middle East and Africa, the cell plant is primarily for export. The goal is clear: to reduce dependence on external disruptions and bring part of the energy transition closer to the markets it serves.
Energy security has never meant invulnerability. It has always been based on resilience.
Centralized installations can pose unique vulnerabilities. In contrast, distributed renewable systems spread production across multiple sites, reducing the risk of a single disruption paralyzing the entire supply. The energy transition therefore represents not only an environmental challenge but also a strategic one. It is not just about replacing one energy source with another, but about building systems capable of operating reliably in a world that is politically unpredictable and environmentally variable.
Recent geopolitical tensions have once again highlighted how quickly energy issues can return to the center of global debate. But they have also brought to light a deeper reality. The future of energy will not be determined solely by politics or markets. It will also be shaped by much older and less negotiable forces. Oil markets may continue to follow geopolitics. The sun, however, will not.
Building energy systems capable of thriving in this reality may well be one of the major strategic challenges in the decades to come.
