1. Introduction

The transition from fossil-fuel-based electricity to renewable energy requires large-scale deployment of solar parks, wind farms, hydropower projects, biomass facilities, transmission lines, battery-storage installations and associated infrastructure. Although renewable energy reduces greenhouse-gas emissions and supports energy security, its physical infrastructure requires land. Consequently, renewable-energy development can generate conflicts over agricultural land, forests, grazing areas, wildlife habitats, community resources, indigenous or tribal territories, coastal areas and privately owned property.

Land-use conflicts arise when different legally recognised interests compete for the same geographical space. A proposed solar park, for example, may be beneficial from an energy-policy perspective but may conflict with agricultural production, biodiversity conservation or the livelihood interests of local communities. Similarly, wind turbines may contribute to clean electricity while raising concerns about landscape impacts, bird mortality, noise, access roads and transmission corridors.

The legal challenge is therefore not simply whether renewable energy should be promoted. It is how renewable energy can be deployed while respecting property rights, environmental law, livelihood interests, biodiversity obligations and procedural fairness.

2. Meaning of Land-Use Conflict in Renewable Energy

A land-use conflict occurs when renewable-energy infrastructure competes with another existing or legally protected use of land.

Typical conflicts include:

Agriculture vs. solar parks

Wildlife conservation vs. wind and solar infrastructure

Forest conservation vs. renewable-energy projects

Community grazing rights vs. energy infrastructure

Private property rights vs. transmission corridors

Tribal/indigenous rights vs. renewable-energy development

Coastal conservation vs. offshore and coastal renewable projects

Landscape protection vs. wind farms

Water resources vs. hydropower projects

Residential interests vs. renewable-energy installations

The conflict is therefore multidimensional: it involves property law, administrative law, environmental law, constitutional law, energy regulation and increasingly climate law.

3. Major Sources of Land-Use Conflict

A. Agricultural Land

Large solar parks can require extensive areas. Converting productive agricultural land into energy infrastructure may create concerns regarding:

food security;

loss of agricultural employment;

reduction in agricultural income;

fragmentation of farms;

compulsory acquisition;

inadequate compensation; and

displacement of farming communities.

The legal response may involve restrictions on conversion of agricultural land, planning permissions, compensation legislation and judicial review.

A useful policy approach is to prioritise non-agricultural land, degraded land, brownfields and compatible dual-use land wherever technically feasible.

B. Forest Land

Renewable projects may require forest diversion for:

access roads;

transmission infrastructure;

substations;

hydropower projects;

wind installations; and

solar facilities.

Forest law therefore creates an important legal constraint. Renewable energy does not automatically receive priority over conservation merely because it is environmentally beneficial.

In India, diversion of forest land is governed principally by the Van (Sanrakshan Evam Samvardhan) Adhiniyam, 1980, formerly known as the Forest (Conservation) Act, together with environmental and wildlife legislation.

The central legal principle is that the environmental character of a project must be considered alongside its energy benefits.

4. Wildlife Conflicts

One of the most significant contemporary conflicts involves renewable-energy infrastructure and wildlife.

Wind turbines, transmission lines and overhead conductors can create risks for birds, particularly species vulnerable to collision.

Solar infrastructure may also fragment habitats or occupy areas used by wildlife.

This issue became particularly important in India in litigation concerning the Great Indian Bustard (GIB).

M.K. Ranjitsinh v. Union of India

The Supreme Court of India considered the conflict between:

conservation of the Great Indian Bustard;

installation of renewable-energy infrastructure; and

India's climate and renewable-energy objectives.

The Court's proceedings highlighted the danger posed by overhead power transmission lines to the critically endangered Great Indian Bustard.

The case is particularly significant because it demonstrates that climate action and biodiversity protection can themselves come into legal tension.

The Court subsequently moved toward a more balanced approach rather than treating either renewable energy or species protection as an absolute priority.

Legal significance

The case illustrates several principles:

renewable energy is not legally exempt from environmental scrutiny;

biodiversity protection can impose design requirements on energy infrastructure;

courts may require technical mitigation measures;

constitutional environmental rights must be considered alongside development objectives; and

environmental decision-making increasingly requires balancing multiple ecological objectives.

5. Constitutional Dimensions in India

Land-use conflicts can engage several constitutional provisions.

Article 14

Article 14 requires non-arbitrary state action. Decisions concerning acquisition, allocation or conversion of land must therefore follow rational and legally relevant criteria.

Article 21

The Supreme Court has interpreted Article 21 to include important dimensions of environmental protection and the right to live in a healthy environment.

Consequently, renewable-energy development cannot simply disregard serious environmental or livelihood consequences.

Article 300A

Article 300A provides:

"No person shall be deprived of his property save by authority of law."

Therefore, acquisition or compulsory deprivation of property for renewable infrastructure requires lawful authority.

Directive Principles

Articles 39(b), 39(c), 48A and related constitutional principles may also become relevant when land and natural resources are allocated.

6. Environmental Principles Applicable to Renewable Projects

Indian environmental jurisprudence has developed several principles particularly relevant to land-use conflicts.

A. Sustainable Development

The Supreme Court has repeatedly recognised sustainable development as an important principle of environmental law.

Vellore Citizens' Welfare Forum v. Union of India

The Supreme Court recognised sustainable development as part of Indian environmental jurisprudence and discussed the precautionary principle and polluter-pays principle.

Although the case did not concern renewable energy specifically, its reasoning provides a foundation for balancing development and environmental protection.

For renewable projects, sustainable development means that the legal system should permit energy transition while preventing unnecessary ecological and social damage.

B. Precautionary Principle

The precautionary principle becomes relevant where the environmental consequences of a project are uncertain but potentially serious.

For example, if a proposed renewable installation threatens a sensitive ecosystem and scientific evidence is incomplete, decision-makers may be required to undertake additional studies or mitigation rather than simply assuming that the project is harmless.

7. Public Trust Doctrine

Natural resources such as forests, rivers, wetlands and ecologically sensitive areas may be subject to the public trust doctrine.

M.C. Mehta v. Kamal Nath

The Supreme Court recognised the public trust doctrine in Indian environmental law.

The basic idea is that certain natural resources are held by the State in trust for the public.

This principle can affect renewable-energy projects where development requires occupation or alteration of environmentally important public resources.

Renewable energy cannot therefore be treated as a justification for unrestricted appropriation of common natural resources.

8. Community and Tribal Land Rights

Land-use disputes become particularly complex when renewable projects are proposed on land used by tribal or indigenous communities.

Potential conflicts include:

customary land rights;

community forest rights;

grazing rights;

cultural sites;

religious sites;

traditional livelihoods;

inadequate consultation; and

displacement.

In India, the Scheduled Tribes and Other Traditional Forest Dwellers (Recognition of Forest Rights) Act, 2006 provides an important legal framework for recognising certain individual and community forest rights.

The Panchayats (Extension to Scheduled Areas) Act, 1996 (PESA) may also become relevant in Scheduled Areas.

Thus, a renewable-energy project cannot necessarily treat formally recorded ownership as the only legally relevant interest.

9. The Role of Environmental Impact Assessment

Environmental Impact Assessment (EIA) provides a mechanism for evaluating environmental consequences before certain projects receive approval.

For renewable projects requiring substantial land or associated infrastructure, environmental assessment may examine:

biodiversity;

land-use change;

water resources;

local communities;

air and noise impacts;

ecological fragmentation;

cumulative effects; and

mitigation measures.

The legal importance of EIA lies not merely in producing an environmental report but in improving the quality of administrative decision-making.

10. Land Acquisition and Compensation

Where renewable infrastructure requires privately owned land, acquisition may generate disputes regarding:

whether acquisition is legally authorised;

public purpose;

valuation;

compensation;

rehabilitation;

resettlement;

access to land;

severance damages; and

procedural compliance.

India's Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013 provides the principal general framework for compulsory acquisition.

Energy infrastructure may qualify as a public-purpose activity, but acquisition must still comply with statutory requirements.

Important distinction

A renewable project may involve:

outright acquisition of ownership;

lease of land;

right of way;

easement-like rights;

wayleave arrangements; or

temporary occupation.

Each arrangement produces different legal consequences.

11. Transmission Corridors as a Hidden Source of Conflict

Renewable generation cannot operate without transmission infrastructure.

A solar or wind project may therefore require:

overhead transmission lines;

substations;

access roads;

underground cables;

rights of way; and

grid connection infrastructure.

Consequently, land-use conflict may occur outside the renewable-energy generation site itself.

This is particularly important in India because renewable resources are often geographically separated from major electricity-consuming centres.

The Great Indian Bustard litigation demonstrates how transmission infrastructure associated with renewable-energy expansion can create biodiversity conflicts.

12. International Case Law and Comparative Jurisprudence

A. R (on the application of McMorn) v. Secretary of State for Communities and Local Government

UK planning jurisprudence concerning renewable-energy infrastructure illustrates the importance of proper planning procedures and consideration of environmental and landscape impacts.

The broader lesson is that renewable-energy policy does not remove the need for lawful planning assessment.

B. European Renewable-Energy Litigation

European courts have increasingly dealt with conflicts involving:

wind farms;

Natura 2000 protected areas;

birds;

habitats;

landscape protection; and

planning permissions.

EU environmental law requires renewable projects to comply with biodiversity protection rules, including the Habitats Directive and Birds Directive.

This illustrates a broader principle: decarbonisation does not automatically override biodiversity law.

13. Case Law: Hanuman Laxman Aroskar v. Union of India

In Hanuman Laxman Aroskar v. Union of India, the Supreme Court examined environmental decision-making and emphasised the importance of a transparent and legally structured environmental decision-making process.

The Court stressed that environmental governance involves:

consideration of relevant information;

reasoned decision-making;

procedural fairness; and

application of environmental principles.

Although the case concerned an airport rather than a renewable-energy project, its principles are relevant whenever major infrastructure projects transform land use.

14. Case Law: Alembic Pharmaceuticals Ltd. v. Rohit Prajapati

The Supreme Court in Alembic Pharmaceuticals Ltd. v. Rohit Prajapati emphasised the importance of obtaining prior environmental clearance where required.

The decision demonstrates that environmental clearance is not merely a technical formality.

For renewable infrastructure, this principle reinforces the need to obtain appropriate approvals before irreversible land transformation occurs.

15. Balancing Climate Objectives and Biodiversity

One of the most difficult legal questions is whether climate mitigation should receive priority over biodiversity protection.

The modern approach increasingly rejects the idea that these interests are necessarily opposites.

For example:

Renewable project → reduced fossil-fuel emissions → climate benefits

but simultaneously:

Renewable project → land occupation/transmission infrastructure → possible habitat impacts

The appropriate legal response is therefore often project redesign and mitigation, rather than automatically choosing one objective over another.

Possible solutions include:

underground transmission;

bird diverters;

micro-siting turbines;

avoiding breeding areas;

agrivoltaics;

wildlife corridors;

ecological offsets where legally appropriate;

disturbed-land siting; and

cumulative-impact assessment.

16. Agrivoltaics as a Conflict-Reduction Mechanism

Agrivoltaics involves combining agricultural production with solar-energy generation.

Solar panels can be positioned above crops or grazing areas, allowing agricultural and energy uses to coexist.

Its legal significance is important because traditional land-use regulation often assumes that a parcel has one dominant purpose.

Agrivoltaics challenges that assumption by creating multi-functional land use.

However, legal frameworks may need to address:

classification of the land;

agricultural-use restrictions;

taxation;

planning permissions;

ownership;

insurance;

crop damage;

access;

electricity infrastructure; and

decommissioning.

17. Spatial Planning and Renewable Energy

Strategic spatial planning can substantially reduce land-use disputes.

Governments can identify:

Suitable areas

degraded land;

brownfield sites;

low-productivity land;

industrial areas;

rooftops;

canal corridors;

existing infrastructure corridors.

Sensitive areas

protected forests;

wildlife breeding grounds;

wetlands;

important agricultural land;

cultural heritage sites;

community resource areas.

This produces a renewable-energy zoning system.

Instead of deciding land suitability only after a developer proposes a project, governments can undertake strategic planning in advance.

18. Procedural Justice

Land-use conflict is not merely about the final decision. The process matters.

Affected communities may demand:

prior notice;

access to environmental information;

public hearings;

consultation;

opportunity to object;

reasoned decisions;

compensation;

rehabilitation; and

access to judicial review.

Where communities believe that decisions were made without meaningful participation, litigation becomes more likely.

Therefore, procedural fairness can function as a conflict-prevention mechanism.

19. Compensation and Benefit Sharing

Traditional compensation focuses primarily on the value of land acquired.

However, renewable-energy projects can create long-term economic value. This has encouraged consideration of broader mechanisms such as:

annual land leases;

revenue sharing;

community development funds;

local employment;

electricity benefits;

infrastructure improvements; and

community ownership models.

Benefit-sharing can reduce disputes by ensuring that local communities participate economically in renewable-energy development.

However, benefit-sharing cannot automatically cure unlawful acquisition or violation of statutory rights.

20. Decommissioning and Restoration

Land-use conflicts do not necessarily end when a renewable project is constructed.

A project may eventually become:

technologically obsolete;

economically unviable;

damaged;

abandoned; or

repowered.

Therefore, legal frameworks should address:

who removes infrastructure;

who pays for removal;

restoration of agricultural land;

removal of foundations;

recycling of solar panels and turbines;

restoration of ecological functions; and

responsibility where the project company becomes insolvent.

Decommissioning obligations should ideally be addressed before construction begins.

21. Key Case Laws

22. Emerging Legal Framework

Future renewable-energy land law is likely to move toward a land-use hierarchy based on environmental sensitivity and social importance.

A possible framework is:

Step 1 – Identify renewable-energy requirement

↓

Step 2 – Map available land

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Step 3 – Exclude legally protected/sensitive areas

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Step 4 – Assess agricultural and livelihood impacts

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Step 5 – Consult affected communities

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Step 6 – Conduct environmental and social assessment

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Step 7 – Compare alternative sites

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Step 8 – Design mitigation measures

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Step 9 – Determine compensation and benefit sharing

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Step 10 – Approve, modify or reject the project

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Step 11 – Monitor compliance

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Step 12 – Decommission and restore land

This approach shifts the legal system from project-by-project conflict resolution toward proactive spatial governance.

23. Conclusion

Land-use conflicts are one of the central legal challenges of large-scale renewable-energy deployment. Renewable energy provides significant climate and energy-security benefits, but its infrastructure occupies physical space and can interfere with agricultural, ecological, property and community interests.

Indian environmental jurisprudence provides a framework for resolving these tensions through sustainable development, precaution, public trust, environmental assessment, constitutional environmental rights, property protection and procedural fairness.

The Great Indian Bustard litigation in M.K. Ranjitsinh v. Union of India is particularly significant because it illustrates a modern form of environmental conflict: protecting biodiversity while simultaneously expanding renewable-energy and transmission infrastructure.

The emerging legal approach should therefore not treat renewable energy as automatically overriding other land uses. Instead, effective law should promote strategic spatial planning, careful site selection, meaningful participation, fair compensation, community benefit-sharing, ecological mitigation and restoration obligations.

Ultimately, the objective of renewable-energy land governance is to ensure that the transition to clean energy is legally authorised, environmentally responsible, socially fair and spatially sustainable.