Geopolitics Redefines Energy Security: Fossil Fuels Now the Volatile Asset
Helsinki, Finland – The global energy landscape is undergoing a profound and rapid transformation, driven by geopolitical tensions, particularly those emanating from the Middle East. What was once a foundational tenet of energy policy – that fossil fuels offered unparalleled security and reliability – is now being decisively challenged. The strategic chokehold on global supply arteries, most notably the Strait of Hormuz, has unveiled critical vulnerabilities in traditional oil and gas supply chains, effectively repositioning renewable energy as the new benchmark for stability.
For generations, the discourse around energy security pitted the perceived intermittency of solar and wind against the steady, dispatchable power of coal, oil, and natural gas. However, the protracted closure and instability surrounding the Strait of Hormuz, a critical maritime pathway through which approximately 20% of the world’s crude oil and liquefied natural gas (LNG) transits, have laid bare the inherent risks tied to a globalized fossil fuel system. This dramatic shift was a central theme at the Eurelectric Power Summit in the Finnish capital this week, where leading energy executives and strategists converged.
Kingsmill Bond, a prominent energy strategist with the U.K.-based think tank Ember, articulated this paradigm shift succinctly to our correspondent. “The core argument, which surprisingly few are openly stating, is that fossil fuels have become intermittent and uncertain. This was precisely the critique historically leveled against renewables,” Bond observed. “Conversely, renewables, especially when coupled with advancements in battery storage, are proving remarkably constant. We’ve entered a new environment, and the world, particularly Europe, remains excessively exposed to the old energy order. Rapid change is imperative for investors and policymakers alike.”
Bond emphasized that unlike the oil crises of the 1970s, where solutions like nuclear power required extensive lead times and significant capital, the current environment offers a superior, readily deployable alternative. “In the 1970s, our response involved building costly nuclear plants that took a decade to complete. Today, we possess solar, wind, advanced batteries, and widespread electrification technologies. These solutions are immense in scale, increasingly affordable, and can be deployed rapidly. This is precisely what we are witnessing unfold in energy markets.”
Rethinking “Energy Addition” Amidst Global Instability
The escalating conflicts in the Middle East, particularly those impacting crucial shipping lanes, have sent ripple effects across global energy markets, stoking inflation fears and highlighting Asia’s acute reliance on imported energy. Europe and Africa also face considerable challenges, grappling with soaring fuel costs and a tangible threat to food security due to supply chain disruptions. With no immediate resolution for the Strait of Hormuz in sight, the crisis underscores the world’s deep and often precarious dependence on fossil fuel trade routes.
Addressing the newfound “intermittency” of imported fossil fuels, Fortum CEO Markus Rauramo confirmed, “It’s a distinct form of intermittency, but absolutely present. Our message is clear: the most effective solution to dependency on imported carbon-intensive fuels is the development of indigenous, clean electricity.” Rauramo added, “While we acknowledge the inherent intermittency of renewables and the significant transition required for businesses and homes reliant on gas, we remain pragmatic about the path forward.”
This evolving dialogue on energy security emerges just months after a period where many fossil fuel industry leaders championed the concept of “energy addition.” This strategy advocated for developing new renewable technologies in parallel with maintaining existing fossil fuel infrastructure to meet growing global demand, including new sectors like artificial intelligence. This contrasts with the traditional “energy transition” narrative, which implies a direct shift from one energy source to another.
The Critical Role of Batteries and Hydropower in Stability
Birgitte Ringstad Vartdal, CEO of Statkraft, Europe’s largest producer of renewable energy, agreed that geopolitical events in Ukraine and the Middle East have fundamentally reshaped the narrative around clean energy’s security credentials. “A crucial development during this period has been the rapid evolution of battery technology. Batteries are significantly cheaper now and offer extended storage durations,” Vartdal noted.
Energy storage systems are pivotal in mitigating the variability of renewable generation. They absorb excess electricity during peak production periods and discharge it when generation dips, ensuring a more consistent supply. “For many regions, batteries can now effectively manage the ‘shoulder hours’ — the periods between peak and off-peak demand in the morning and evening. Combining batteries with solar, or solar and wind, significantly enhances the overall generation profile and reliability,” she explained.
Vartdal highlighted that countries like Norway, with its vast hydropower resources, have historically been less susceptible to intermittency challenges compared to other European nations. However, she stressed that “variability is key” in the broader energy security debate. She also maintained that while renewables will form the backbone of future energy systems, some natural gas capacity will likely remain essential to cover extended periods of exceptionally low renewable output, offering crucial backup stability for the grid.
Europe’s LNG Pivot: A New Frontier of Exposure
While the Middle East conflicts have undeniably accelerated a re-evaluation of energy security, the shift to alternative energy sources during times of crisis can introduce its own set of vulnerabilities. Europe’s rapid pivot to U.S. LNG following Russia’s full-scale invasion of Ukraine in early 2022 serves as a prime example of this complex dynamic.
“Looking ahead, Europe will increasingly rely on LNG, with a significant portion now sourced from the U.S., particularly given the ongoing situation in the Strait of Hormuz,” commented Jan Rosenow, Professor of Energy and Climate Policy at the University of Oxford. “This introduces a new layer of exposure to a single country, one currently perceived as having political instability regarding its international relations. This presents a problematic situation indeed, one that domestically generated electricity from renewables inherently avoids.”
For investors, the implications are clear: the traditional risk assessment of energy assets requires a fundamental overhaul. Geopolitical flashpoints are no longer mere price drivers; they are existential threats to supply reliability that elevate the strategic value of localized, diversified, and sustainable energy portfolios. The narrative has shifted, and with it, the investment landscape for the future of global energy.