Decoding India’s Energy Transition: A Structural Conundrum
The drop in India’s Energy Transition Index (ETI) ranking — from 63rd in 2024 to 71st in 2025 — underscores a deeper institutional failure to meaningfully resolve the structural tensions inherent in its energy pathway. While boasting ambitious renewable energy targets and a notable leap in installed capacity, the persistence of fossil fuel dependence, uneven energy access, and technology gaps reveals why the energy transition narrative remains at odds with ground realities.
Institutional Landscape: Policies, Progress, and Pitfalls
India’s energy landscape has seen significant strides in policy innovation. The National Solar Mission, Green Hydrogen Mission, and Production Linked Incentive (PLI) schemes have accelerated investment and capacity expansion. As of June 2025, India achieved over 50% of its installed electricity capacity from non-fossil fuel sources, surpassing its Paris Agreement target five years early. India now commands 235.7 GW of non-fossil capacity, including 226.9 GW of renewables such as solar (110.9 GW) and wind (51.3 GW).
Yet, coal continues to define the core of India’s energy mix, contributing 240 GW of thermal power capacity. While electrification milestones, such as 100% village connectivity, display progress, disparities in clean cooking fuel access remain acute. For instance, the Pradhan Mantri Ujjwala Yojana expanded LPG coverage for Below Poverty Line households but failed to ensure sustained usage, with rural households reverting to fuel stacking due to affordability and supply reliability issues. India’s reliance on fossil fuels also undermines its reduction efforts in emissions intensity, despite a notable 33% GDP emission decline from 2005-2019.
Concrete Data and Evidence: The Transition’s Contradictions
The World Economic Forum’s 2025 report pegs India’s ETI score at 53.3 — a marginal improvement over its 2009 baseline but far lagging global leaders like Sweden (77.5). In contrast, Sweden pairs ambitious renewable adoption with comprehensive grid integration strategies. India's Viability Gap Funding for battery energy storage allocates ₹5,400 crore for 30 GWh storage capacity, but grid modernization remains inadequate to accommodate high fluctuations from renewables.
On the fiscal front, the government approved substantial investments—₹24,000 crore in the PLI scheme for solar PV modules and ₹7,000 crore for NTPC's energy transition projects. However, rising coal consumption (21.98 EJ in 2023) indicates structural misalignment. Agricultural petroleum use further strains carbon commitments, with NITI Aayog noting its 2022-2023 spike.
Institutional Critique: Green Ambitions Meet Fossil Realities
The central critique of India’s energy transition lies in its contradictory execution. While renewable expansion is applauded, it operates alongside a policy architecture that fails to decisively phase out coal, which still powers 75% of GHG emissions. The Renewable Purchase Obligation (RPO), aimed at bolstering DISCOM renewable purchases, suffers from erratic enforcement, while the Green Open Access Rules face teething issues in resolving price competitiveness.
Technological gaps further constrain transition goals. For instance, green hydrogen adoption under the National Mission targets no less than five million metric tonnes annually. Yet, its viability is impeded by inadequate R&D frameworks and limited private-sector participation in large-scale hydrogen electrolysis technologies. Despite elevated investment caps, grid flexibility — critical for absorbing intermittent renewable outputs — remains underdeveloped.
Engaging the Counter-Narrative: Growth Imperatives vs Transition Goals
Proponents of India’s current trajectory argue that economic growth imperatives necessitate incremental fossil reliance, particularly in thermal power-dominated industries and agriculture. With primary energy demand rising by 54.5% in the last decade and emissions reductions often linked to GDP growth, government officials maintain that “dual energy streams” — fostering fossil stability while scaling renewables — allow pragmatic continuity.
However, this counter-narrative overlooks global precedence. Germany, for instance, combines high renewables penetration with deliberate coal phase-outs via financial safeguards and employment-transition programs in coal-dependent regions. India's hesitance to implement such transitional safeguards reflects governance inertia, not logistic necessity.
International Comparison: Learning From Germany
What India calls “multi-speed energy transition,” Germany would call systemic phasing. Germany leveraged Energiewende policies to reduce coal dependency by aligning fiscal policies with decarbonization goals — providing subsidies for coal-worker retraining alongside technological investments in grid management. Additionally, robust Feed-in Tariffs enabled guaranteed price mechanisms that promoted small producers in renewables.
India, in contrast, remains caught in fiscal and regulatory ambiguity. Policies like ISTS Waiver aim to reduce transmission costs but fail to translate affordability into accessible decentralized renewable uptake, especially for marginalized rural consumers.
Final Assessment: Necessary Shifts for Genuine Transition
Where does this leave India? As the world’s third-largest renewable energy producer, India’s missed structural interventions — from fossil phasing plans to equitable clean energy access — threaten its global transition position. Stakeholders must prioritize financing innovations, grid investments, and green workforce training while moving beyond fossil-fuel-centric governance.
Pragmatically, risk de-linking for international funds via institutions like NIIF remains vital, alongside doubling R&D allocations under Viability Gap Funding streams. Finally, enforcing renewable purchase mandates with penalty-backed accountability frameworks may revive some short-term trust and stability.
Exam Integration
- Q1: Which of the following schemes focuses specifically on rooftop solar installations for households?
Answer: a) PM Surya Ghar Muft Bijli Yojana - Q2: What is the intended green hydrogen production target by 2030 under India’s National Green Hydrogen Mission?
Answer: c) 5 million metric tonnes
Practice Questions for UPSC
Prelims Practice Questions
- Statement 1: The Renewable Purchase Obligation (RPO) has been consistently enforced in India.
- Statement 2: India surpassed its Paris Agreement non-fossil fuel capacity target by five years.
- Statement 3: The National Solar Mission is one of the key initiatives to boost renewable energy in India.
Which of the above statements is/are correct?
- Statement 1: Coal powers 75% of India's greenhouse gas emissions.
- Statement 2: India's energy transition is fully funded by private investments.
- Statement 3: The growth in India’s primary energy demand has decreased in the last decade.
Which of the above statements is/are correct?
Frequently Asked Questions
What factors contribute to India's decline in the Energy Transition Index (ETI) ranking?
India's decline in ETI ranking from 63rd to 71st illustrates structural challenges in the energy sector, including ongoing reliance on fossil fuels, significant technology gaps, and disparities in energy access. Despite achieving over 50% of installed capacity from non-fossil sources, the country's transition narrative does not align with the ground realities of energy dependence.
How have government initiatives like the National Solar Mission impacted India's renewable energy landscape?
The National Solar Mission, along with other government initiatives like the Green Hydrogen Mission, has facilitated substantial investment in renewable energy infrastructure, contributing to India's achievement of over 50% non-fossil installed electricity capacity. These policies are pivotal in expanding India's renewable energy reach and addressing some energy access issues, although challenges remain.
What are the key criticisms regarding India's renewable energy policies?
Critiques of India's renewable energy policies center around their contradictory execution, particularly the ongoing support for coal, which contributes significantly to greenhouse gas emissions. Additionally, inconsistencies in enforcing the Renewable Purchase Obligation (RPO) hinder the actualization of renewable energy goals, showcasing the tension between ambition and reality.
How does India's fossil fuel dependency affect its emission reduction efforts?
India's continued reliance on fossil fuels undermines its emission reduction efforts despite a notable decline in emissions intensity observed from 2005 to 2019. The country's fossil fuel consumption, especially coal, significantly contributes to greenhouse gas emissions, complicating the commitment to reduce overall emissions and achieve sustainability goals.
What lessons can India learn from Germany's energy transition approach?
India can learn from Germany's systematic phasing out of coal through its Energiewende policies, which integrate fiscal strategies with decarbonization goals. The emphasis on retraining coal workers and establishing guaranteed price mechanisms promotes a balanced transition, contrasting with India’s incremental approach that struggles with governance inertia.
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