1. Introduction

Large-scale electricity infrastructure projects include thermal power plants, hydroelectric dams, nuclear power stations, large solar and wind parks, transmission corridors, substations, inter-state transmission systems, pumped-storage projects, and major electricity-grid infrastructure. Such projects involve substantial capital investment, long construction periods, extensive land requirements, environmental impacts, displacement of communities, and multiple public and private institutions.

Consequently, governance of these projects cannot be understood merely as technical project management. It involves a legal and institutional framework governing planning, land acquisition, environmental clearance, financing, procurement, construction, electricity regulation, safety, public participation, rehabilitation, operation, and eventual decommissioning.

In India, the principal legal framework includes the Electricity Act, 2003; Environment (Protection) Act, 1986; EIA Notification, 2006; Forest (Conservation) Act, 1980; Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013; Wildlife Protection Act, 1972; Water and Air Acts; Disaster Management legislation; and sector-specific regulations.

2. Meaning of Governance of Large-Scale Electricity Projects

Governance refers to the institutional processes through which a project is:

planned and approved;

financed and procured;

located and permitted;

environmentally and socially assessed;

constructed and monitored;

connected to the electricity network;

operated according to safety and regulatory standards; and

held accountable to affected communities, regulators and the public.

Thus, governance is broader than regulation.

Regulation

Regulation generally concerns legally enforceable requirements imposed by government or independent regulators.

Governance

Governance includes:

governmental decision-making;

regulatory supervision;

institutional coordination;

public participation;

environmental management;

corporate accountability;

risk management;

judicial review;

transparency; and

stakeholder participation.

A large electricity project therefore operates through a multi-layered governance structure rather than through a single authority.

3. Institutional Structure

A. Central Government

The Union Government plays an important role in major electricity infrastructure through:

Ministry of Power;

Ministry of Environment, Forest and Climate Change;

Central Electricity Authority;

Central Electricity Regulatory Commission;

Central Transmission Utility;

relevant ministries dealing with coal, petroleum, water, atomic energy and finance.

Large projects involving inter-state electricity transmission, major environmental impacts or central-sector generation frequently require central-level approvals.

B. State Governments

State governments are important because electricity projects frequently require:

land;

state environmental permissions;

water allocation;

rehabilitation measures;

local infrastructure;

state pollution-control approvals;

electricity-sector permissions; and

coordination with district authorities.

State governments therefore form an important bridge between national energy policy and local implementation.

C. Electricity Regulators

The Electricity Act, 2003 establishes regulatory institutions at central and state levels.

The regulatory system deals with matters such as:

tariffs;

transmission;

electricity trading;

procurement;

licensing;

grid-related matters;

consumer interests; and

market development.

For large projects, regulatory governance is particularly important where investment costs eventually influence electricity tariffs.

4. Project Planning and Need Assessment

The first governance question is not simply "Can the project be constructed?" but also "Why is the project required?"

Large electricity infrastructure should ordinarily be based upon:

electricity-demand projections;

resource availability;

grid requirements;

reliability requirements;

renewable-energy integration;

regional energy needs;

cost assessments;

environmental considerations; and

alternatives analysis.

For example, a new transmission line may be justified not because electricity generation is insufficient nationally, but because a particular region requires additional transmission capacity.

Good governance therefore requires a relationship between:

energy planning → project identification → feasibility assessment → regulatory approval → construction → operation.

5. Environmental Governance

Environmental governance is one of the most important aspects of large electricity projects.

Large thermal, hydroelectric and other infrastructure projects may affect:

forests;

wildlife;

rivers;

groundwater;

air quality;

agricultural land;

biodiversity;

coastal ecosystems; and

local communities.

The EIA framework therefore seeks to incorporate environmental considerations into project decision-making.

The Supreme Court has repeatedly emphasized that development and environmental protection have to be considered within the legal framework applicable to the particular project.

6. Case Law: Dahanu Taluka Environment Protection Group v. Bombay Suburban Electricity Supply Co.

Dahanu Taluka Environment Protection Group v. Bombay Suburban Electricity Supply Co., (1991) 2 SCC 539 is a significant electricity-infrastructure case.

The dispute concerned environmental clearance for a large thermal power project in Dahanu, Maharashtra. Environmental groups challenged the governmental approval.

The Supreme Court explained that governmental authorities must consider both:

the importance of public projects and development; and

preservation of ecological and environmental interests.

The Court stated that judicial review primarily examines whether relevant considerations were taken into account and whether irrelevant considerations improperly influenced the decision. (Indian Kanoon)

Governance significance

The case demonstrates that environmental governance is not merely a technical exercise. Decision-makers must demonstrate a legally sustainable decision-making process.

The case is particularly important because it establishes the principle that courts do not ordinarily substitute their own technical assessment for that of competent authorities, but they can examine whether the decision-making process properly considered relevant environmental factors.

7. Case Law: Narmada Bachao Andolan v. Union of India

One of the most important Indian decisions concerning large infrastructure is:

Narmada Bachao Andolan v. Union of India, (2000) 10 SCC 664.

The case concerned the Sardar Sarovar Project.

The litigation involved questions concerning:

environmental clearance;

rehabilitation;

displacement;

development;

environmental safeguards; and

implementation of conditions attached to project approval.

The Supreme Court examined whether the environmental clearance process involved consideration of environmental consequences and whether mitigation and rehabilitation measures were being implemented. (Indian Kanoon)

The Court recognized the importance of balancing development objectives with environmental protection and rehabilitation.

Governance principle

A major infrastructure project cannot be governed solely by the question of whether construction is technically possible. Governance must also include:

environmental assessment + mitigation + rehabilitation + continuing monitoring.

The case is particularly relevant to hydroelectric projects because large dams may have consequences extending across several states and affecting large populations.

8. Land Acquisition and Infrastructure Governance

Large electricity projects frequently require substantial land.

Examples include:

generating stations;

substations;

transmission towers;

transmission corridors;

renewable-energy parks;

hydroelectric reservoirs; and

access roads.

Land acquisition creates governance challenges involving:

compensation;

rehabilitation;

livelihood loss;

resettlement;

community participation;

property rights; and

procedural fairness.

The modern framework is principally governed by the Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013, subject to its statutory applicability and exemptions.

9. Case Law: Suresh Pahwa v. Union of India

In Suresh Pahwa v. Union of India, the Delhi High Court considered land acquisition connected with construction of a 400 kV power sub-station.

The case illustrates an important governance principle: even where infrastructure is intended for a public purpose, statutory powers concerning land acquisition must be exercised according to the applicable legal requirements. (Indian Kanoon)

Governance significance

Electricity infrastructure has a strong public-interest dimension, but public interest does not automatically eliminate procedural requirements.

A project authority must therefore demonstrate:

lawful authority;

genuine public purpose;

appropriate procedure;

proper compensation; and

compliance with applicable acquisition legislation.

10. Public Participation

Public participation is particularly important for large electricity projects because affected communities may experience consequences even though they do not receive the principal economic benefits.

Public participation may involve:

environmental public hearings;

disclosure of project information;

consultation with affected communities;

objections to land acquisition;

stakeholder representations; and

regulatory hearings.

Under the EIA framework, public consultation is one of the stages in environmental clearance for applicable projects.

The Supreme Court's environmental jurisprudence has increasingly treated procedural environmental safeguards as important components of lawful decision-making.

11. Procurement Governance

Large electricity projects require enormous procurement arrangements.

These can involve:

engineering contracts;

EPC contracts;

power purchase agreements;

fuel supply agreements;

transmission contracts;

equipment procurement;

construction contracts; and

long-term operation and maintenance arrangements.

Procurement governance seeks to ensure:

transparency;

competition;

value for money;

non-discrimination;

accountability; and

compliance with statutory requirements.

12. Case Law: Haryana Power Purchase Centre v. Sasan Power Ltd.

The Supreme Court's decision in Haryana Power Purchase Centre v. Sasan Power Ltd., decided in 2023, is relevant to the governance of large power-generation projects and competitive procurement.

The case concerned the application of government guidelines governing long-term procurement of electricity. The judgment discusses the distinction between different categories of procurement and recognizes the binding character of applicable procurement guidelines. (Indian Kanoon)

The guidelines required certain preparatory activities for specified large power projects, including:

site identification;

land acquisition;

environmental clearance;

fuel linkage;

water linkage; and

relevant technical data.

Governance significance

This illustrates the importance of project readiness before procurement.

A poorly prepared project can create:

delays;

cost escalation;

disputes;

tariff uncertainty; and

contractual litigation.

Thus, effective governance requires adequate due diligence before competitive bidding or contractual commitment.

13. Financial Governance

Large electricity projects often involve financing over decades.

Governance therefore includes:

capital-cost assessment;

debt financing;

equity contribution;

tariff recovery;

financial viability;

cost overruns;

refinancing;

guarantees; and

payment security.

For regulated projects, regulators may scrutinize whether claimed project expenditure is:

prudent;

necessary;

efficiently incurred; and

recoverable through tariffs.

This creates an important connection between project governance and consumer protection.

14. Power Purchase Agreements

For generation projects, the Power Purchase Agreement (PPA) can become the central economic instrument.

It normally addresses:

contracted capacity;

tariff;

availability;

scheduling;

force majeure;

change in law;

payment security;

default;

termination; and

dispute resolution.

Governance requires consistency between the PPA and:

electricity regulations;

procurement guidelines;

tariff orders;

environmental requirements; and

grid rules.

15. Grid Connectivity and System Governance

A generation project is not complete merely because its plant has been constructed.

It must be integrated into the electricity system.

This requires:

transmission connectivity;

system studies;

grid synchronization;

protection systems;

frequency management;

scheduling;

metering;

communication systems; and

compliance with grid standards.

This is particularly important for very large renewable projects, where sudden changes in generation can affect grid stability.

16. Safety Governance

Large electricity projects create significant safety risks.

Governance therefore covers:

electrical safety;

occupational health and safety;

dam safety;

fire protection;

hazardous materials;

emergency response;

cyber-security;

equipment reliability; and

disaster management.

The Dam Safety Act, 2021, for example, provides a statutory framework concerning surveillance, inspection and safety of specified dams.

For thermal and other generating stations, safety regulation interacts with environmental, occupational and electricity-sector requirements.

17. Construction Monitoring

A major governance failure can occur when approval is treated as the end of regulatory supervision.

Large projects may take years to construct.

During construction, authorities should monitor:

environmental conditions;

rehabilitation obligations;

construction quality;

safety requirements;

contractual milestones;

expenditure;

land-use conditions; and

statutory compliance.

The Narmada Bachao Andolan litigation illustrates the significance of continuing compliance with conditions attached to project approvals. (Indian Kanoon)

18. Judicial Review

Courts play an important but limited role in large infrastructure governance.

Judicial review can address:

illegality;

procedural violations;

failure to consider relevant factors;

arbitrariness;

environmental-law violations;

breach of fundamental rights; and

failure to comply with statutory conditions.

However, courts generally exercise caution where decisions involve highly technical questions requiring specialized expertise.

This principle is particularly visible in Dahanu Taluka Environment Protection Group, where the Supreme Court recognized the institutional role of government and technical authorities while retaining judicial review over the decision-making process. (Indian Kanoon)

19. Environmental Clearance and Continuing Compliance

An environmental clearance should not be understood simply as a one-time permission.

Governance involves:

assessment → clearance → conditions → implementation → monitoring → compliance reporting → enforcement.

The Supreme Court's environmental jurisprudence demonstrates that conditions imposed as part of statutory approvals can have continuing significance.

The environmental-clearance framework itself has evolved considerably, including the 2006 EIA Notification and subsequent amendments.

20. Case Law: Electrotherm (India) Ltd. v. Patel Vipulkumar Ramjibhai

In Electrotherm (India) Ltd. v. Patel Vipulkumar Ramjibhai, the Supreme Court considered environmental-clearance requirements under the EIA framework.

The judgment explains the importance of prior environmental clearance for applicable projects and identifies the sequential stages of the environmental-clearance process under the 2006 framework, including:

screening;

scoping;

public consultation; and

appraisal. (Indian Kanoon)

Governance significance

For large electricity projects, this reinforces the principle that environmental approval is an integral component of project governance rather than an administrative formality to be addressed after construction has begun.

21. Rehabilitation and Resettlement Governance

Large hydroelectric projects, transmission corridors and other infrastructure can affect:

farmers;

tribal communities;

forest-dependent communities;

households;

businesses; and

local ecosystems.

Therefore, governance should include:

identification of affected persons;

compensation;

relocation;

livelihood restoration;

social-impact assessment where applicable;

grievance mechanisms; and

post-resettlement monitoring.

The Narmada Bachao Andolan litigation demonstrates the centrality of rehabilitation in the governance of large infrastructure projects. (Indian Kanoon)

22. Transparency and Accountability

Large electricity projects involve public resources and/or infrastructure serving public needs.

Transparency mechanisms can include:

publication of project information;

environmental impact assessments;

public hearing records;

regulatory orders;

tariff proceedings;

procurement documentation;

compliance reports; and

audit mechanisms.

The Right to Information Act, 2005 can also contribute to transparency where the relevant statutory conditions apply.

23. Risk Governance

Large electricity projects involve multiple categories of risk.

The governance framework therefore needs to be anticipatory rather than purely reactive.

24. Inter-Institutional Coordination

A major electricity project may involve:

Ministry of Power;

CEA;

CERC/SERC;

transmission utility;

generating company;

environmental authorities;

forest authorities;

state government;

local authorities;

land authorities;

pollution-control boards;

lenders;

contractors; and

affected communities.

Fragmented decision-making can result in delays and inconsistent conditions.

Therefore, effective governance requires institutional coordination and clearly allocated responsibilities.

25. Principles of Good Governance

The following principles are particularly important:

1. Legality

Every major decision must have a legal foundation.

2. Transparency

Project decisions and environmental consequences should be sufficiently disclosed.

3. Accountability

Authorities and project developers should remain responsible for compliance.

4. Participation

Affected stakeholders should have meaningful opportunities to participate where required by law.

5. Sustainability

Economic development must be considered alongside environmental and social consequences.

6. Proportionality

Regulatory measures should appropriately address the risks created by the project.

7. Intergenerational equity

Long-lived electricity infrastructure should account for effects on future generations.

8. Institutional competence

Technical decisions should generally be made by competent expert institutions, subject to legal oversight.

9. Monitoring

Approval should be followed by continuing compliance monitoring.

10. Remedial accountability

Violations should result in appropriate corrective or compensatory measures.

26. Major Governance Challenges

Large-scale electricity infrastructure faces several recurring challenges:

A. Cost and time overruns

Delays in land acquisition, environmental clearance, financing and construction can substantially increase project costs.

B. Conflicting public objectives

Governments may simultaneously pursue:

energy security;

economic growth;

affordable electricity;

environmental protection;

climate objectives; and

social justice.

Governance must reconcile these objectives through legally structured decision-making.

C. Local versus national interests

A transmission line may serve several states while affecting landowners in particular villages.

D. Environmental uncertainty

Environmental impacts may not always be completely predictable at the approval stage.

E. Regulatory fragmentation

Multiple approvals can create coordination problems.

F. Long-term accountability

A project may operate for 30–60 years, while the officials who approved it may no longer hold office.

This makes institutional monitoring particularly important.

27. Emerging Governance Issues

The governance of large electricity infrastructure is increasingly influenced by:

renewable-energy integration;

battery storage;

pumped hydro;

offshore wind;

green hydrogen;

smart grids;

artificial intelligence;

digital substations;

cyber-security;

distributed generation;

climate-resilient infrastructure; and

electricity-market reform.

Consequently, future electricity governance will increasingly combine traditional infrastructure regulation with digital, environmental and climate governance.

28. Key Case Laws at a Glance

The Dahanu, Narmada Bachao Andolan, and Electrotherm decisions are especially useful for understanding the interaction between infrastructure development and environmental governance. (Indian Kanoon)

29. Conclusion

Governance of large-scale electricity infrastructure projects is a multi-dimensional legal and institutional process. It extends from project conception and feasibility assessment to land acquisition, environmental clearance, procurement, financing, construction, grid integration, operation, monitoring and eventual decommissioning.

Indian jurisprudence demonstrates that infrastructure development has substantial public importance, but project authorities must operate within the requirements of law, environmental protection, procedural fairness, rehabilitation, transparency and regulatory accountability.

The Supreme Court's decisions in Dahanu Taluka Environment Protection Group, Narmada Bachao Andolan, and Electrotherm demonstrate three central principles: governmental and expert authorities have an important role in technical infrastructure decisions; environmental and social considerations cannot simply be ignored; and statutory procedures and conditions attached to project approvals matter. (Indian Kanoon)

Ultimately, effective governance requires a shift from viewing a large electricity project merely as a construction undertaking to viewing it as a long-term public infrastructure institution subject to continuing legal, environmental, economic and social accountability.