India’s Energy Transition at 2047: Ambition Must Meet Execution

Credit By: K.V. CHANDRA MOULI

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24 Apr 2026

As India approaches the centenary of its independence under the vision of Viksit Bharat@2047, energy has emerged as the defining frontier of national transformation. The debate is no longer about intent; it is about execution. India’s energy transition will ultimately be judged not by the scale of its targets, but by the discipline with which they are delivered.

India begins this transition from a position of measurable progress. Installed power capacity has crossed nearly 480–500 GW, with non-fossil sources contributing about 44 – 50 per cent—achieved nearly five years ahead of its 2030 Paris commitment. Renewable energy capacity alone has expanded rapidly to over 250 GW, growing at an annual rate of nearly 18 per cent over the past decade.

Solar energy has emerged as the backbone of this transition, reaching over 150 GW, while wind energy has crossed 56 GW. Notably, India now ranks among the top three countries globally in renewable energy capacity.

Equally significant is the transformation in energy access and efficiency. Near-universal electrification has been achieved, while programmes such as the UJALA Scheme have distributed over 360 million LED bulbs, significantly reducing peak demand and emissions intensity. These achievements are not merely statistical; they reflect institutional capability. India has demonstrated that it can execute large-scale energy programmes with speed and scale. Yet, these gains represent only the foundation of a far more complex transformation.

The Scale of the 2047 Challenge

The pathway to 2047 is defined by unprecedented expansion. Long-term projections suggest that India’s installed power capacity could approach 2,000–2,100 GW—nearly four times the current level. Electricity demand is rising rapidly, driven by industrialisation, urbanisation, and rising incomes.

Over the past five years alone, India’s electricity consumption increased by about 430 TWh, and it is expected to grow at over 6 per cent annually through 2030. Looking further ahead, India could account for nearly 35 per cent of global energy demand growth over the next two decades, underscoring its central role in the global energy transition.

The transition extends well beyond electricity. Clean mobility, electrification of transport, and decarbonisation of hard-to-abate sectors such as steel, cement, and fertilisers will be critical. The National Green Hydrogen Mission is expected to play a pivotal role in this industrial transformation.

Economically, the scale is equally significant. According to the International Energy Agency, nearly 83 per cent of India’s power sector investment is already flowing into clean energy, signalling a structural shift in capital allocation.

The Constraints That Cannot Be Ignored

Ambition, however, must confront structural realities. First, infrastructure remains a major bottleneck. Despite rapid renewable expansion, nearly 60 GW of capacity remains stranded due to inadequate transmission infrastructure.

Second, financial stress within the power sector persists. Distribution companies (DISCOMs) carry accumulated losses of over $75 billion, with unpaid dues exceeding $9 billion—posing risks to investor confidence.

Third, the transition introduces new strategic dependencies. As India scales clean energy, it will become increasingly reliant on critical minerals such as lithium, cobalt, and nickel—resources concentrated in limited geographies.

Fourth, the social dimension remains critical. Over 150 districts are still dependent on coal-based economies. A rapid transition without safeguards risks economic disruption and job losses, making a “just transition” imperative.

Finally, demand-side pressures are intensifying. Cooling alone is expected to account for over 20 per cent of incremental electricity demand growth by 2030, reflecting the rising penetration of air conditioning in a warming climate.

From Policy Intent to Implementation Discipline

India’s energy transition now requires a decisive shift from policy ambition to implementation discipline. Policy certainty must be institutionalised through a coherent national framework that aligns central and state priorities. Investors respond not to intent, but to predictability. Infrastructure investment must prioritise grid modernisation and storage.

Battery systems, pumped hydro, and smart grids are no longer optional—they are foundational to a renewable-heavy system. India must also develop a comprehensive strategy for securing critical minerals through international partnerships, domestic value chains, and recycling ecosystems.

Equally important is the operationalisation of a just transition. Targeted reskilling programmes, regional diversification strategies, and dedicated financial support mechanisms are essential to ensure that the transition remains socially equitable. Policy must increasingly be guided by data-driven tools such as those developed by NITI Aayog, enabling informed decision-making in a complex and evolving energy landscape.

Finally, immediate enforcement of energy-efficient building standards is critical. With a large share of India’s future urban infrastructure yet to be built, today’s choices will determine tomorrow’s energy demand.

A Defining Test

India’s energy transition is no longer a question of possibility; it is a test of execution. The direction is clear, the momentum is real, and the stakes are immense. If India can align ambition with institutional discipline, it will not only secure its own energy future but also set a global benchmark for sustainable development. If it fails, the cost will not merely be delayed targets, but lost economic and strategic opportunities. The challenge, therefore, is stark: move decisively from promises to performance.

(The Author is BE in Mech, BOE, ASME, and Deputy Director of Boilers Retd, Mysuru)