1. Introduction

Governance of energy transition risks refers to the legal, regulatory, institutional and economic mechanisms used to identify, prevent, manage and distribute the risks arising from the transformation of an energy system from conventional fossil-fuel dependence toward cleaner, renewable, digital and decentralized energy systems.

Energy transition creates major opportunities for decarbonisation and energy security, but it also creates new risks. These include:

stranded fossil-fuel assets;

electricity-price volatility;

renewable intermittency;

transmission constraints;

storage shortages;

supply-chain disruption;

critical-mineral dependence;

technological uncertainty;

regulatory uncertainty;

employment losses in fossil-fuel regions;

environmental and biodiversity conflicts;

cyber risks;

financing risks; and

unequal distribution of transition costs and benefits.

Therefore, energy-transition governance is not simply about promoting renewable energy. It is about ensuring that the transition is secure, affordable, legally predictable, environmentally sustainable and socially just.

2. Meaning of Energy Transition Risk

Energy transition risk arises when changes in technology, law, markets, environmental requirements or consumer behaviour adversely affect existing energy assets, businesses, communities or consumers.

For example, a coal-fired power plant constructed for a 30-year operating life may become economically unattractive because of:

cheaper solar and wind power;

carbon-control policies;

environmental regulations;

declining utilisation;

competition from battery storage;

changing electricity demand.

Similarly, renewable-energy developers may face risks from:

transmission delays;

changes in renewable-energy policy;

land-use restrictions;

environmental litigation;

supply-chain problems;

changes in tariff structures.

Thus, transition risk affects both conventional and clean-energy investments.

3. Main Categories of Energy Transition Risks

A. Regulatory risk

Governments may change:

renewable-energy obligations;

tariffs;

subsidies;

taxation;

environmental standards;

market rules;

grid-access rules.

Unexpected regulatory changes can affect long-term investment decisions.

B. Technology risk

Emerging technologies such as:

green hydrogen;

battery storage;

carbon capture;

offshore wind;

smart grids;

artificial intelligence;

may experience rapid technological change, making existing investments obsolete.

C. Market risk

Transition can alter:

electricity prices;

fuel prices;

demand patterns;

generation economics;

asset valuations.

D. Physical infrastructure risk

Transmission systems may not expand as quickly as renewable generation.

E. Social risk

Communities dependent on coal, oil or gas industries may face unemployment and declining regional revenues.

F. Environmental risk

Renewable projects themselves can affect:

forests;

wildlife;

water;

land;

coastal ecosystems.

G. Financial risk

Banks and investors may face increased exposure to assets that become economically unviable during the transition.

4. Legal and Institutional Framework in India

Energy-transition risk is governed through a combination of:

Electricity Act, 2003;

Energy Conservation Act, 2001, as amended;

environmental legislation;

forest and wildlife laws;

land and planning laws;

electricity regulations;

renewable-energy policies;

tariff regulations;

contractual arrangements;

judicial review.

Institutions involved include:

Ministry of Power;

Ministry of New and Renewable Energy;

Central Electricity Regulatory Commission;

State Electricity Regulatory Commissions;

Central Electricity Authority;

system operators;

distribution companies;

environmental authorities;

financial institutions;

State Governments.

This creates a multi-level governance system for transition risk.

5. Precautionary Principle and Transition Risk

One of the most important principles is the precautionary principle.

In Vellore Citizens' Welfare Forum v. Union of India, (1996) 5 SCC 647, the Supreme Court recognised the precautionary principle, polluter-pays principle and sustainable development as part of Indian environmental law. (Indian Kanoon)

The principle is highly relevant to energy transition.

Regulators do not necessarily have to wait until environmental or technological damage becomes certain before taking preventive action.

For example, before approving a major energy project, authorities may consider:

biodiversity risks;

water impacts;

cumulative environmental effects;

climate vulnerability;

technological uncertainty.

Transition governance therefore requires risk anticipation rather than merely post-damage compensation.

6. Climate Risk and Energy Transition

Climate change is itself one of the principal reasons for energy transition.

The Supreme Court's judgment in M.K. Ranjitsinh v. Union of India, 2024 INSC 280 is especially significant.

The Court recognised that people have a constitutional right against the adverse effects of climate change, drawing upon Articles 14 and 21 and the environmental provisions of the Constitution. At the same time, it considered the importance of renewable energy and India's need to transition away from fossil fuels. (Indian Kanoon)

The case concerned the conflict between:

renewable-energy transmission infrastructure ↔ protection of the Great Indian Bustard.

The Court recognised that climate protection and biodiversity protection cannot simply be treated as competing objectives. Instead, governance must search for solutions that reconcile them.

This is a major principle for transition-risk governance:

A climate solution should not create unmanaged ecological or constitutional risks elsewhere.

7. Regulatory Risk and Investor Certainty

Energy transition requires enormous long-term investment.

Investors need predictable rules concerning:

tariffs;

renewable obligations;

grid access;

transmission;

taxation;

subsidies;

contracts;

environmental approvals.

Frequent policy changes can increase the cost of capital.

In PTC India Ltd. v. CERC, (2010) 4 SCC 603, the Supreme Court examined the relationship between CERC's regulatory powers and regulations framed under the Electricity Act. The judgment is important because it establishes that electricity regulation operates within a statutory hierarchy and that regulatory authority cannot simply disregard the legal framework created by the Act. (Indian Kanoon)

For transition governance, this means:

Regulatory flexibility is necessary, but regulatory arbitrariness is not.

8. Contractual Risk and Energy Transition

Long-term power-purchase agreements are central to energy investment.

Transition may produce unexpected circumstances involving:

fuel-price changes;

policy changes;

import restrictions;

environmental requirements;

changes in technology costs.

Energy Watchdog v. CERC, (2017) 14 SCC 80 is important in understanding how unforeseen changes interact with contractual obligations, force majeure and regulatory risk.

The case demonstrates the importance of distinguishing between:

genuine external events;

contractual force majeure;

change in law;

ordinary commercial risk.

This is particularly important because an energy transition cannot allow every change in market conditions to become a basis for rewriting contracts.

9. Stranded Asset Risk

One of the biggest transition risks concerns stranded assets.

A stranded asset is an investment that loses substantial economic value before the end of its expected useful life.

Examples include:

coal power plants;

oil refineries;

gas infrastructure;

pipelines;

mining infrastructure.

Stranding can affect:

utilities;

banks;

pension funds;

investors;

employees;

governments.

Governance mechanisms should therefore encourage:

gradual retirement planning;

repurposing;

refinancing;

asset transition plans;

transparent disclosure;

financial stress testing.

10. Financial Governance of Transition Risk

Banks and financial institutions should assess whether borrowers are exposed to transition risks.

Relevant governance mechanisms include:

climate-risk disclosure;

ESG reporting;

scenario analysis;

stress testing;

sustainable finance standards;

transition finance;

green bonds;

risk-based lending.

For example, a financial institution financing a coal project should assess whether future environmental regulation, carbon policy, competition from renewable energy or declining demand could impair repayment capacity.

Thus, financial regulation becomes an important component of energy-transition governance.

11. Renewable-Energy Integration Risk

Renewable energy creates a different category of risk.

Solar and wind production is variable.

If renewable capacity grows faster than:

transmission;

storage;

balancing resources;

flexible demand;

the system may experience:

curtailment;

congestion;

balancing costs;

grid instability.

Governance must therefore integrate generation planning with transmission and storage planning.

Energy transition should be governed as a whole-system transformation, rather than through isolated renewable-capacity targets.

12. Environmental and Biodiversity Risk

Renewable projects may require substantial land and transmission infrastructure.

Potential effects include:

habitat fragmentation;

bird mortality;

forest diversion;

water consumption;

coastal impacts.

The M.K. Ranjitsinh case demonstrates this tension particularly clearly. The Supreme Court considered technical feasibility, transmission requirements, renewable-energy potential and biodiversity protection while reassessing earlier directions concerning power lines in Great Indian Bustard habitats. (Indian Kanoon)

The broader governance principle is that energy-transition projects require evidence-based environmental planning.

13. Just Transition Risk

Energy transition can create significant regional and social consequences.

Coal-producing regions may experience:

employment losses;

reduced royalties;

declining local business;

reduced public revenue;

community displacement.

Therefore, governments should develop just-transition mechanisms, including:

worker retraining;

alternative employment;

regional economic diversification;

redevelopment of former mining areas;

social protection;

community participation.

A transition that reduces emissions but creates severe social instability may not be politically or legally sustainable.

14. Energy Justice

Transition risks should be distributed fairly.

There are three major dimensions:

Distributive justice

Who pays for the transition and who receives its benefits?

Procedural justice

Do affected communities participate in decision-making?

Recognition

Are vulnerable communities and historically affected groups properly considered?

This is especially important where transmission lines, renewable projects or mines for critical minerals affect local communities.

15. Critical Minerals and Supply-Chain Risk

Renewable technologies require minerals such as:

lithium;

cobalt;

nickel;

copper;

rare earth elements.

Dependence on concentrated international supply chains can create new geopolitical risks.

A transition therefore requires:

mineral diversification;

recycling;

domestic exploration;

strategic reserves;

responsible mining;

international cooperation.

Otherwise, an energy system may simply replace fossil-fuel dependency with critical-mineral dependency.

16. Governance of Technological Risk

Emerging technologies create uncertainty because their long-term effects may not yet be known.

Governance should therefore use:

regulatory sandboxes;

pilot projects;

technical standards;

safety requirements;

independent testing;

staged approvals;

continuous monitoring.

This approach allows innovation without treating consumers and the environment as experimental subjects.

17. Institutional Coordination

Transition risk cannot be managed by one regulator.

For example:

MNRE → renewable policy
Ministry of Power → electricity policy
CERC/SERCs → regulation
CEA → technical planning
Grid operators → system reliability
Environmental authorities → ecological safeguards
Financial regulators/institutions → financial risk
State Governments → land and implementation
Local authorities → community impacts

Poor coordination can create regulatory gaps.

The solution is an integrated energy-transition risk governance framework with clearly allocated institutional responsibilities.

18. Transparency and Disclosure

Energy companies should disclose material transition risks.

Disclosures can include:

exposure to fossil-fuel assets;

climate-related financial risks;

renewable-energy dependence;

supply-chain vulnerabilities;

transition plans;

emissions;

environmental liabilities;

expected asset retirement.

Transparent disclosure allows investors, regulators and consumers to make informed decisions.

19. Adaptive Governance

Energy transition is dynamic.

Therefore, laws should not be designed on the assumption that technology and markets will remain unchanged.

Adaptive governance involves:

risk identification;

data collection;

scenario analysis;

regulatory experimentation;

implementation;

monitoring;

evaluation;

regulatory revision.

This creates a continuous governance cycle:

Identify → Assess → Prevent → Respond → Review → Adapt.

20. Important Case Laws

1. Vellore Citizens' Welfare Forum v. Union of India, (1996) 5 SCC 647

Established the importance of precautionary principle, polluter pays and sustainable development. (Indian Kanoon)

Relevance: Transition risks should be anticipated and prevented rather than addressed only after damage occurs.

2. PTC India Ltd. v. CERC, (2010) 4 SCC 603

Clarified the legal relationship between CERC's regulations and its regulatory powers. (Indian Kanoon)

Relevance: Transition governance must combine flexibility with statutory legality.

3. Energy Watchdog v. CERC, (2017) 14 SCC 80

Important for contractual risk, force majeure, change in law and unexpected market conditions.

Relevance: Transition risks must be allocated according to law and contract rather than automatically transferred to consumers or investors.

4. M.K. Ranjitsinh v. Union of India, 2024 INSC 280

Addressed the interaction between renewable-energy development, climate change and biodiversity protection. (Indian Kanoon)

Relevance: Energy transition requires balancing climate, ecological and constitutional interests.

21. Key Principles for Governance of Transition Risks

An effective framework should incorporate:

Precautionary governance

Sustainable development

Regulatory predictability

Adaptive regulation

Technology neutrality

Grid reliability

Consumer protection

Environmental protection

Financial risk disclosure

Just transition

Energy justice

Supply-chain diversification

Institutional coordination

Stakeholder participation

Continuous monitoring

22. Conclusion

Governance of energy transition risks is essential because the transition to cleaner energy creates both new opportunities and new vulnerabilities. The objective is not to eliminate all risk, which is impossible, but to ensure that risks are identified early, allocated fairly, transparently managed and continuously reassessed.

Indian jurisprudence provides a strong foundation. Vellore Citizens' Welfare Forum establishes precaution and sustainable development; PTC India reinforces the importance of statutory regulatory authority; Energy Watchdog illustrates the significance of contractual and regulatory risk allocation; and M.K. Ranjitsinh demonstrates that climate action, renewable development and biodiversity protection must be considered together. (Indian Kanoon)

Ultimately, effective transition governance requires moving from reactive regulation to anticipatory risk governance. Governments and regulators must plan for technological change, stranded assets, financial exposure, grid constraints, environmental conflicts, critical-mineral dependence and social consequences while maintaining energy reliability and affordability. A successful energy transition is therefore not merely a change in energy technology—it is a fundamental transformation in the way energy risks are identified, regulated and distributed across society.