The global transition toward clean energy is often projected as a technological and environmental transformation aimed at reducing carbon emissions and combating climate change. However, beneath this optimistic narrative lies a rapidly intensifying geopolitical contest over critical minerals, clean-energy technologies, strategic supply chains, and industrial dominance. The twenty-first-century energy transition is no longer only about sustainability; it is increasingly about geoeconomic power, technological sovereignty, and strategic autonomy.

For India, this emerging global order presents both enormous opportunities and complex vulnerabilities. As one of the world’s fastest-growing major economies and an aspiring global manufacturing hub, India’s clean-energy ambitions are central to its long-term developmental vision. Yet the transition also risks creating new forms of external dependence, particularly on lithium, cobalt, nickel, graphite, semiconductors, battery technologies, and rare earth elements.

The clean-energy transition, therefore, raises a critical strategic question for India: how can the country pursue decarbonization and renewable-energy expansion without becoming trapped in a new era of mineral dependency and geopolitical vulnerability?

 The Transformation of Energy Geopolitics

For much of the twentieth century, global geopolitics revolved around fossil fuels, particularly crude oil and natural gas. Strategic rivalries centered on control over hydrocarbon reserves, pipeline routes, maritime chokepoints, and oil-producing regions such as the Gulf and West Asia. The economic and political significance of organizations like OPEC reflected the centrality of fossil fuels in global power structures.

Today, however, the foundations of global energy geopolitics are undergoing a structural transformation. The accelerating shift toward electric vehicles, solar power, wind energy, battery storage systems, and green hydrogen has fundamentally altered the nature of strategic competition. The focus is increasingly shifting from oil wells to mineral reserves and from pipelines to technological ecosystems.

According to the International Energy Agency, minerals such as lithium, cobalt, nickel, graphite, copper, and rare earth elements are indispensable for renewable-energy infrastructure, electric vehicles, transmission grids, and advanced battery technologies. Demand for these minerals is projected to increase dramatically over the coming decades as countries intensify their net-zero commitments and decarbonization strategies.

However, unlike oil markets, the supply chains for many critical minerals are highly concentrated geographically. China currently dominates large parts of global mineral refining, battery manufacturing, solar-panel production, and rare-earth processing. The IEA’s Global Critical Minerals Outlook 2025 notes that the average market share of the top three refining countries for key minerals rose to 86 percent in 2024, with China accounting for most refining growth across multiple minerals.

This concentration has transformed clean energy into a major geopolitical issue.

The Rise of Critical Minerals as Strategic Assets

The growing importance of critical minerals has led many analysts to describe them as the “oil of the twenty-first century.” Yet there is a fundamental difference between traditional hydrocarbon geopolitics and the emerging mineral economy.

Oil markets historically revolved around extraction and transportation. In contrast, critical-mineral geopolitics extends across the entire value chain, including exploration, mining, refining, processing, battery manufacturing, recycling, and technological innovation. Control over refining capacity and downstream manufacturing is often more strategically significant than the raw mineral deposits themselves.

China’s dominance exemplifies this reality. Although many minerals are mined in Africa, Latin America, and Australia, China controls much of the global refining and processing infrastructure required for clean-energy manufacturing. This has alarmed Western economies, which increasingly view Chinese dominance in clean-energy supply chains as a strategic vulnerability.

As a result, the world is witnessing the emergence of what many commentators describe as a new “resource cold war.” The United States, the European Union, Japan, and the G7 economies are aggressively seeking to diversify mineral supply chains away from China through strategic partnerships, industrial subsidies, overseas mining investments, and technological alliances.

The clean-energy transition has therefore become deeply intertwined with questions of economic security, technological sovereignty, and geopolitical influence.

India’s Clean-Energy Ambitions and Strategic Challenges

India occupies a unique position within this evolving global landscape. On the one hand, India has emerged as one of the world’s leading renewable energy markets and has committed to ambitious climate targets, including net-zero emissions by 2070. The country is rapidly expanding its solar energy capacity, electric mobility infrastructure, green hydrogen projects, and battery manufacturing initiatives.

At the same time, India’s developmental trajectory implies rapidly rising energy demand over the coming decades due to urbanization, industrialization, digitalization, and expanding middle-class consumption. Consequently, India must balance energy security, economic growth, and climate commitments simultaneously.

The challenge, however, lies in India’s heavy dependence on imports for several critical minerals and advanced clean-energy technologies. A 2025 report by the International Institute for Sustainable Development emphasizes that India’s transition to a low-carbon economy requires secure, resilient supply chains for critical energy-transition materials.

This creates multiple strategic vulnerabilities. Geopolitical tensions, export restrictions, supply disruptions, or price volatility in global mineral markets could significantly affect India’s clean-energy ambitions. Furthermore, excessive dependence on Chinese processing ecosystems poses additional geopolitical risks amid ongoing India–China strategic competition.

The transition toward clean energy, therefore, risks shifting India’s external dependence from oil imports to battery and mineral supply chains.

India’s Emerging Strategic Response

Recognizing these challenges, India has begun adopting a more proactive critical-mineral strategy. The government’s National Critical Mineral Mission reflects growing recognition that mineral security is becoming central to long-term energy security and industrial competitiveness.

India is increasingly pursuing overseas mineral partnerships with countries such as Australia, Argentina, Chile, and African economies to secure access to lithium, cobalt, and other strategic minerals. Simultaneously, Indian companies and public-sector enterprises are exploring overseas acquisitions and joint ventures in mining and mineral exploration.

Domestically, efforts are being made to expand exploration activities across several states. Recent initiatives involving exploration of nickel, rare earths, graphite, and vanadium indicate a growing policy focus on domestic mineral development.

However, mineral acquisition alone will not be sufficient. The more significant challenge lies in building downstream industrial capabilities in refining, battery manufacturing, recycling, and advanced materials processing. Without these capacities, India risks remaining dependent on foreign technological ecosystems despite securing raw materials.

The future of clean-energy competitiveness will therefore depend not only on mineral access but also on industrial ecosystems, innovation capacity, and technological integration.

The Role of Recycling and the Circular Economy

An important but often overlooked dimension of clean-energy geopolitics is the role of recycling and circular-economy development. The International Energy Agency (IEA) argues that scaling up recycling infrastructure could significantly reduce future mining pressures for lithium, cobalt, nickel, and copper while improving long-term resource sustainability.

For India, recycling presents both economic and strategic opportunities. Developing battery-recycling ecosystems can reduce import dependence, strengthen domestic supply security, and support new green industrial sectors aligned with sustainability objectives. As India’s electric-vehicle and renewable-energy markets continue to expand, efficient recovery and reuse of critical minerals from battery and electronic waste will become increasingly important.

The circular economy can therefore emerge as an important pillar of India’s clean-energy strategy. Investments in recycling technologies, waste management systems, and resource recovery infrastructure could improve industrial resilience and reduce vulnerability to global supply chain disruptions. In the long run, circular-economy strategies may become central not only to environmental sustainability but also to India’s energy security and strategic autonomy in the evolving green economy.

The Environmental and Ethical Contradictions of Green Transition

Despite its environmental promise, the clean-energy transition also contains important ethical contradictions. Extraction of lithium, cobalt, and rare earths often generates environmental degradation, water scarcity, pollution, and displacement of local communities.

Recent reports warn that rising global demand for critical minerals is already intensifying ecological and social pressures in vulnerable regions across Africa and Latin America. This raises important concerns regarding whether the green transition risks reproducing extractive inequalities associated with fossil-fuel economies.

India must therefore ensure that its clean-energy ambitions are accompanied by ethical sourcing frameworks, sustainable mining practices, environmental safeguards, and responsible industrial governance. A transition that is environmentally green but socially exploitative cannot be genuinely sustainable.

Conclusion: India’s Path in the New Energy Order

The global clean-energy transition is fundamentally reshaping the geopolitical architecture of the twenty-first century. Energy security is no longer confined to oil imports and gas pipelines; it increasingly concerns batteries, semiconductors, critical minerals, supply chains, and technological ecosystems.

For India, the transition offers a historic opportunity to emerge as a major clean-energy and manufacturing power. However, this opportunity will only materialize if India can strategically secure critical minerals, build resilient industrial ecosystems, invest in recycling and technological innovation, and maintain geopolitical flexibility in an increasingly polarized world.

The future global order will not simply be defined by who controls oil reserves, but by who controls the technologies and resources powering the green economy. India’s challenge is therefore not merely to participate in the clean-energy transition, but to shape it in a manner that advances economic resilience, strategic autonomy, and sustainable development simultaneously.