An Ethical Approach to Energy Transition and National Security

The relationship between fossil fuel dependency and national security is rooted in the vulnerability of energy supply chains to geopolitical disruptions. As highlighted by the recent West Asia conflict and the closure of the Strait of Hormuz, countries like India—which depend on the region for nearly 60% of their crude oil—face immediate economic and strategic risks. Disruptions can lead to price spikes, supply shortages, and forced measures like declaring force majeure, directly impacting industrial production and inflation.

Fossil fuel dependency also creates geopolitical subservience. Nations reliant on imports often have limited strategic autonomy and may be compelled to align their foreign policies with supplier nations. For example, European dependence on Russian gas prior to the Ukraine war constrained its policy responses. Similarly, India’s reliance on West Asian oil exposes it to external shocks beyond its control.

However, complete disengagement from fossil fuels is not immediately feasible. Developing economies require a transition period to build renewable infrastructure. Thus, the challenge lies in balancing energy security with sustainability, ensuring that the shift to renewables does not compromise economic stability.

Renewable energy sources are considered more resilient because they rely on naturally occurring and locally available resources such as sunlight, wind, and water. Unlike fossil fuels, which require continuous extraction, transportation, and trade through vulnerable chokepoints like the Strait of Hormuz, renewables generate energy in situ once infrastructure is स्थापित. This reduces exposure to geopolitical conflicts and trade disruptions.

Another advantage lies in decentralisation. Renewable systems, such as rooftop solar and distributed wind energy, can operate independently of centralized supply chains. For instance, countries like Germany have invested heavily in decentralized renewable systems, reducing their dependence on imported fuels.

However, this resilience is only partial. Renewable technologies depend heavily on critical minerals like lithium, cobalt, and rare earth elements, whose supply chains are highly concentrated, particularly in China. Thus, while renewables reduce dependence on fuel imports, they introduce new dependencies on mineral supply chains, requiring careful strategic planning.

The transition to renewable energy is often seen as a pathway to strategic autonomy, as it reduces reliance on imported fossil fuels and volatile global markets. Countries that invest in domestic renewable capacity can insulate themselves from supply shocks and price volatility. For example, nations with large solar and wind installations can generate electricity without ongoing fuel imports, enhancing energy independence.

However, this argument has limitations. Renewable energy systems depend on critical minerals whose supply chains are highly concentrated. China’s dominance in processing lithium, cobalt, and rare earth elements creates a new form of dependency. A disruption in these supply chains—due to trade restrictions or geopolitical tensions—could hinder renewable energy deployment and maintenance.

Therefore, strategic autonomy in the renewable era is conditional. It requires diversification of mineral sources, development of domestic processing capabilities, and investment in recycling technologies. Without these measures, the shift from fossil fuels to renewables may simply replace one form of dependency with another.

Critical minerals play a central role in shaping the geopolitics of the renewable energy transition because they are essential inputs for technologies such as solar panels, wind turbines, and batteries. Unlike fossil fuels, where energy is derived from combustion, renewable systems require material-intensive infrastructure, making access to minerals like lithium, cobalt, and rare earth elements crucial.

The concentration of supply chains creates geopolitical risks. For instance, while countries like Australia and Chile dominate lithium extraction, China controls a significant share of global processing capacity—up to 60% for lithium and 90% for rare earths. This gives China considerable leverage in global energy transitions, similar to OPEC’s influence over oil markets.

As a result, countries are rethinking their strategies. The U.S., EU, and India are exploring policies such as supply chain diversification, strategic reserves, and domestic mining. For example, India has launched initiatives to secure lithium reserves abroad and promote domestic exploration. Thus, critical minerals are emerging as the new frontier of energy geopolitics.

Geopolitical crises often act as catalysts for accelerating the energy transition by exposing the vulnerabilities of fossil fuel dependence. The West Asia conflict and the resulting disruption in oil supply have forced countries like India to reconsider their energy strategies. When supply chains are disrupted and prices surge, the economic viability of renewables improves significantly.

This is particularly evident in cost dynamics. High fossil fuel prices reduce the payback period for renewable investments. For example, a wind farm that may take 15 years to recover costs under normal conditions could achieve breakeven in 4–5 years during periods of high oil and gas prices. This makes renewables more attractive to governments and investors.

However, reliance on crises as drivers of transition is problematic. Such shifts may be reactive and short-term rather than strategic and sustainable. Long-term energy planning should be guided by environmental and economic considerations rather than temporary shocks. Nonetheless, crises often provide the political and economic impetus needed to overcome inertia in energy policy.

Energy supply disruptions have historically had profound impacts on national economies. A classic example is the 1973 oil crisis, when OPEC’s embargo led to skyrocketing oil prices, inflation, and economic recession in many Western countries. This crisis prompted investments in energy efficiency and alternative energy sources.

More recently, the Russia-Ukraine conflict disrupted gas supplies to Europe, forcing countries to diversify energy sources and accelerate renewable deployment. Germany, for instance, significantly increased its investment in renewables and LNG infrastructure to reduce dependence on Russian gas.

In the Indian context, the Strait of Hormuz blockade has highlighted vulnerabilities in oil imports. The disruption has pushed policymakers to accelerate renewable investments and reconsider energy security strategies. These examples demonstrate how supply shocks can reshape national policies, often acting as turning points in energy transitions.

Balancing energy security, economic growth, and environmental sustainability is a complex policy challenge for India. On one hand, India must ensure reliable and affordable energy to sustain industrial growth and development. This necessitates continued use of domestic coal and imported fossil fuels in the short term, especially given the current limitations of renewable infrastructure.

On the other hand, long-term sustainability requires a gradual transition to cleaner energy sources. Policymakers should adopt a phased approach, investing in renewable capacity, grid infrastructure, and energy storage systems. Initiatives like the National Solar Mission and green hydrogen projects are steps in this direction.

Additionally, India must address supply chain vulnerabilities by securing critical mineral resources and promoting domestic manufacturing of renewable technologies. Ethical considerations, such as environmental impact and labour conditions in mineral extraction, should also guide policy decisions. A balanced strategy that integrates economic pragmatism with environmental responsibility will be key to achieving sustainable development.