Indeed, as governments and societies navigate across an increasingly uncertain global ecosystem of the present times – marked by geopolitical instability, energy shocks and accelerating climate disruptions – humanity indeed confronts one of the most profound paradoxes of this modern synthetic intelligence era.
On one hand, there now exists an overwhelming scientific consensus as to the urgent need for decarbonization and large-scale investment in renewable energy, but at the same time on the flip side , the countries remain deeply anxious about energy affordability, strategic autonomy and securing reliable fossil-fuel supplies necessary to sustain economic growth and political stability.
Gradually, the world is drifting away from hyper-globalization / WTO dominated world trade order and moving towards a more fragmented and securitized economic order hallmarked increasingly by friend-shoring, strategic de-risking and green industrial protectionism. This contradiction alongside “Energy” being the showstopper in these novel dynamics now largely defines the contemporary global order.
Needless to state that amid this tension, Renewable Energy has emerged as one of the hallmarks. According to International Renewable Energy Agency (IRENA), the global renewable energy capacity in 2025 accounted for approx. 49.4% of total electricity capacity installed worldwide. India too reached its maximum-ever renewable energy share in electricity generation with renewables constituting nearly 51.5% of the country’s total electricity demand ; making India rank at 3rd place in Renewable Energy Installed Capacity globally.
However, amid this energy crisis , the world and especially the developing nations find themselves, confronting an uncomfortable reality about their imminent deep dependence upon fossil fuels while transitioning towards green energy.
Given the current energy crisis, it is clear that the world is experiencing real-time climate destabilization rather than facing a hypothetical future disruption. According to the World Meteorological Organization; ,the 2023–2025 period has been the warmest three-year span ever recorded.
Simultaneously, the Climate Risk Index 2026 clearly highlights the growing asymmetry of global climate vulnerability, particularly across regions of Asia and the Global South, where countries like India continue to bear disproportionate burdens of heatwaves, floods, and erratic monsoons. The much recent intense heatwave in late May 2026 across northern and central parts of India driving temperatures to 46°C (114.8°F) speaks volumes about impending dangers of climate change.
While the domestic factors causing this burn up has been of course the ‘urban heat island’ effect, because of the fact that our cities vegetation and green cover have been largely replaced by steel, glass, and concrete structures that absorb the heat coupled with anthropogenic greenhouse gas emissions. Augmenting above, one of the global factors has been El Nino conditions developing in the equatorial Pacific region which can make conditions even worse.
Compounding the above crises, are the hard-colliding geopolitical realities of today. Persistent instability surrounding the world’s most vital artery of energy-related trade- Strait of Hormuz, continuing global supply-chain fragilities and geopolitical tensions across major energy corridors have once again exposed the vulnerability of global energy architecture. Brent crude prices in May 2026 are hovering broadly within the USD 100–108 per barrel range, reviving inflationary anxieties across both developed and developing economies.
Indeed, such circumstances and volatility – for India – which imports nearly 85% of its crude-oil requirements carries extreme macroeconomic implications. It is in this context that the Hon’ble Prime Minister’s repeated calls for responsible fuel consumption and austerity measures acquire deeper strategic significance.
These are no longer merely appeals for economic prudence; they increasingly reflect recognition that energy consumption itself has now become intertwined with questions of national resilience, economic security and strategic sovereignty.
Thus, in above dynamics, governments are grappling hard with the extraordinary predicament of reconciling two imperatives which stand in tussle with each other – the urgent need for decarbonization and the equally urgent requirement of ensuring affordable, reliable and secure energy systems. This contradiction lies at the heart of the contemporary climate-and-energy crisis.
To cater to the above predicament , several policy measures across several Asian economies can be witnessed — including in India — whereby the governments have reverted to short-term fossil-fuel support measures to cushion consumers from escalating prices. Certainly , these very interventions lead to constraining the fiscal space needed for long-term investments in clean energy and sustainable infrastructure. Fuel subsidies, tax cuts and price caps may offer short-term relief from inflationary pressures to the mass public , but they are often financially draining, uneven in their benefits and politically difficult to roll back.
Largely we saw a similar pattern that emerged across major parts of Asia; which in many ways echoed India’s own concerns over balancing energy affordability with fiscal sustainability. Malaysia’s monthly fuel-subsidy burden reportedly escalated sharply during the recent crisis period much like India. Likewise, the Philippines was compelled to declare a national energy emergency and introduce targeted subsidies and fuel vouchers. Bangladesh, Thailand and Vietnam on similar lines have expanded on to the coal generation to secure supply reliability, while several governments have introduced four-day workweeks.
Thus, the global pattern including India – with the recent excise cuts on fuel and much recent austerity measures display the consistent pattern across Asia; wherein the governments are first reaching for what is immediately available, affordable and controllable.
Unsurprisingly, such responses do carry major climate implications. On the whole, this 2026 US–Israel–Iran conflict reportedly generated over five million tons of CO₂-equivalent emissions within merely the first two weeks, illustrating how modern warfare itself is increasingly emerging as a climate-crisis multiplier. Add to this the enhanced emissions caused due to the disruptions in the supply chain, which makes the situation indeed alarming.
Amid this turbulence, there are some economies which have nevertheless demonstrated notable resilience and strategic foresight because of their expanding renewable-energy capacities thus reinforcing the growing reality that investment in renewables today is not merely an environmental choice, but a strategic and economic necessity. China perhaps represents one of the clearest examples of this evolving transition. Backed by vast strategic reserves, diversified energy sourcing and an aggressively expanding renewable-energy ecosystem, China has been comparatively better equipped to withstand external disruptions and reduce its exposure to vulnerable Middle Eastern oil supply routes. At the same time, broader trends across Southeast Asia also reinforce the growing economic logic of clean energy. Several ASEAN-focused studies indicate that replacing planned gas-based capacity with solar-plus-storage systems could potentially save the region close to USD 4 billion by 2030, while also strengthening long-term energy resilience.
Thus, the present crisis reveals perhaps the most uncomfortable truth of the global energy transition: the world cannot yet fully abandon fossil fuels without risking severe economic disruption and energy instability but at the same time Many experts do concur that ultimately the geopolitical factors would become the major catalysts for the permanent shift towards the cleaner and greener economy.
Other than Oil, Coal remains yet another culprit as for many developing economies, particularly across Asia. It is a hard fact that coal continues to remain deeply embedded within electricity systems not because governments are indifferent to climate concerns, but because affordable and reliable alternatives at sufficient scale are still evolving. China perhaps best encapsulates this contradiction. It remains simultaneously the world’s largest investor in renewable energy and the world’s largest consumer of coal. While capacity in China is dominated by renewables, coal still accounts for about half of all actual electricity produced as of early 2026.
At the same time, what’s hard to ignore is the fact that the defining geopolitical contest of the coming decades would revolve not merely around access to oil, but around control over critical minerals, clean-energy dominance, semiconductor ecosystems, battery supply chains climate-technology leadership, advanced manufacturing ecosystems and climate-aligned industrial capital.
Climate policy, in many respects, is rapidly transforming into industrial policy. Thus, what was once viewed primarily through the lens of environmental protection has now evolved into a strategic instrument for economic competitiveness, trade leverage and geopolitical influence. This is quite evident as over 82% of RTAs signed in between 1980 and 2020 included environmental provisions , with a massive rise in prevalence, increasing from 114 agreements in 1990 to over 671 by 2021. New agreements, such as the upcoming EU-India FTA, does incorporates high-standard compliance mechanisms pertaining to environment , including carbon pricing recognition and strict sustainability targets.
Overall Europe’s policy response, we can say at best, reflects the above transformation vividly. The European Union — widely regarded as a global frontrunner in climate governance , depicting vivaciously its Brussels Effect — has responded to this Middle East Energy crisis by combining immediate consumer relief with long-term structural transition measures. Through its “Accelerate EU” toolbox, the European Commission has attempted simultaneously to shield households from volatile fossil-fuel prices while reducing Europe’s dependence on imported hydrocarbons. Beyond immediate crisis management , Europe continues to deepen one of the most expansive climate-law architectures in modern history. Particularly significant in this regard are the Carbon Border Adjustment Mechanism (CBAM), Corporate Sustainability Reporting Directive (CSRD), Corporate Sustainability Due Diligence Directive (CSDDD), EU Taxonomy Regulation, Net-Zero Industry Act and the newly operationalized EU Methane Regulation.
Collectively, these frameworks demonstrate the growing convergence of climate governance, trade regulation, industrial policy and financial architecture.
It is within this broader context that carbon markets and carbon-pricing mechanisms assume increasing significance. According to the World Bank’s State and Trends of Carbon Pricing 2026 Report, there are currently nearly 87 operational carbon-pricing instruments worldwide, including emissions trading systems and carbon taxes, collectively covering approximately 29% of global greenhouse-gas emissions.
India too has laid the institutional foundation for its emerging carbon-market architecture through the launch of the Indian Carbon Market Portal, Carbon Credit Certificate (CCC) trading regulations framed by the Central Electricity Regulatory Commission (CERC), accredited verification frameworks and mechanisms enabling interaction with international carbon markets.
With the anticipated operational rollout of India’s Carbon Credit Trading Scheme (CCTS) in Mid-2026 , India appears poised to move steadily toward a more structured domestic carbon-accountability regime. A credible and integrity-driven Indian CCTS could eventually emerge as one of India’s principal institutional safeguards against long-term CBAM-related trade disadvantages — particularly if India’s carbon-market architecture is perceived internationally as sufficiently rigorous, transparent and MRV-compliant.
Equally consequential is the operationalization of Article 6 of the Paris Agreement, which marks one of the most transformative developments in contemporary climate governance. The UNFCC recently approved the credits to be issued under the UN carbon market established under Art 6.4 of the Paris Accord. The approved activity is actually a clean‑cooking project in Myanmar, which distributes efficient cookstoves that reduce harmful household air pollution and lessen pressure on local forests.
Thus, the global energy transition is not merely about the environment anymore. It is becoming increasingly synonymous with competitiveness, supply-chain resilience, geopolitical security, technological dominance and economic nationalism.
In this scenario, India will inevitably have to navigate this extraordinarily complex transition landscape while balancing its developmental imperatives, energy affordability and strategic autonomy.
At the center of all these changes are the evolving Third Generation Nationally Determined Contributions or NDC 3.0. Unlike earlier rounds of climate pledges, these novel frameworks are expected to be far more implementation-oriented, sector-specific, adaptation-focused and finance-linked. Following the lead, India has officially approved its updated 2035 NDC in March 2026, committing to enhance its non-fossil-fuel-based installed electricity capacity to 60% and further reduce emissions intensity of GDP by 47% from 2005 levels by 2035.
Yet despite expanding climate ambition, the hard reality remains that existing global trajectories remain fundamentally inconsistent with the Paris Agreement’s 1.5°C pathway. UN secretary general António Guterres had remarked in October 2025. “One thing is already clear: we will not be able to contain the global warming below 1.5C in the next few years,” Thus the central question confronting the international community today is no longer whether states are willing to announce ambitious climate targets; rather, it is whether countries possess enough legal, technological, financial and institutional capacity necessary to implement transition pathways amid geopolitical instability.
As the world moves towards COP31 and the next phase of international climate negotiations, the core challenge confronting policymakers no longer remains simply the absence of ambition. Rather, it is the absence of realistic governance frameworks capable of managing transition complexities under conditions of geopolitical stress and economic volatility.
The UNFCC and the Paris Accord are palpably crucial in this process and countries, like India have to navigate this landscape to achieve their NDC goals.
For India, however, this moment also presents historic opportunities. If strategically executed, India’s energy transition can evolve into one of the major economic transformation opportunities of the modern history .
The need of the hour in today’s turbulent times is neither climate idealism divorced from economic realities nor fossil-fuel dependency disguised as pragmatism but rather what is actually required is a legally robust, technologically adaptive, financially inclusive and justice-oriented transition framework capable of navigating the realities of an unequal and geopolitically fractured world.
Consequently, it must be realized well that the pathway forward cannot solely rest upon rhetorical climate commitments alone. It certainly requires legally robust institutions, future-oriented infrastructure planning, resilient electricity systems, credible carbon-market ecosystems, adaptive regulatory frameworks, strategic reserves, diversified energy portfolios and implementation-driven governance capable of anticipating disruptions before they metastasize into systemic crises. Without a doubt business-as-usual paradigm may no longer serve the purpose.
Equally critical and powerful is palpably the role of citizens themselves in this wide arena. The energy transition cannot ultimately thrive and succeed merely through governmental / legislative mandates and corporate investments. Sustainable transformation on the whole will positively require behavioural adaptation, responsible consumption patterns, public participation and deeper societal ownership of the aspirational sustainability goals. In this context , Mission LiFE represents a noteworthy attempt to reposition citizens not merely as passive consumers but rather as active stakeholders within the broader transition architecture itself.
Thus, as we collectively approach World Environment Day in the upcoming month , it must in all possibility , transcend the realm of being just a symbolic observance. It should rather serve as a moment of collective introspection to assess the future trajectory of global civilization itself. Climate crisis can no longer be treated merely as an environmental issue relegated to annual summits and aspirational declarations. It is high time that we realize that climate and clean energy are now fundamentally intertwined with energy security, geopolitical order, financial stability, industrial competitiveness, technological sovereignty, public health and ultimately human survival itself.
(Views are personal)
