1. Introduction

Energy infrastructure projects—such as power plants, transmission lines, renewable-energy parks, pipelines, LNG facilities, storage projects and electricity distribution systems—require substantial capital and normally operate over long periods. During their life cycle, numerous risks may arise: construction delays, land-acquisition problems, changes in law, fuel-price fluctuations, transmission constraints, environmental restrictions, financing difficulties, natural disasters and political or regulatory intervention.

Risk allocation means determining which party bears the financial, legal and operational consequences when a particular risk materialises. In a typical energy project, risks may be allocated among the project developer, contractor, lender, fuel supplier, transmission utility, electricity procurer, government and consumers.

Indian energy jurisprudence increasingly emphasises that where sophisticated parties have expressly allocated a risk through a contract, the contractual arrangement is ordinarily important in determining who must bear its consequences.

2. Meaning of Risk Allocation

Risk allocation is the contractual and regulatory process through which project risks are:

identified;

assigned to the party best able to control or manage them;

priced through tariffs, premiums, guarantees or contingencies;

mitigated through contractual protections; and

transferred or shared where appropriate.

For example:

Construction-delay risk → EPC contractor/developer;

Fuel-supply risk → developer or fuel supplier, depending on the PPA/FSA;

Change-in-law risk → potentially shared through a change-in-law clause;

Political risk → government/project company may share the risk;

Natural-disaster risk → generally addressed through force-majeure provisions;

Demand risk → procurer, developer or market participants depending on the project structure.

The central principle is that risk allocation should be determined from the governing project agreements, applicable legislation and regulatory framework rather than merely from the economic consequences suffered by a party.

3. Why Risk Allocation Is Important

A. Project bankability

Lenders require clarity regarding who bears major project risks. Unallocated risks increase uncertainty and may make financing more expensive.

B. Tariff determination

If a project is unable to recover a particular risk, the developer may seek compensation through tariff adjustment. Therefore, risk allocation directly affects electricity prices.

C. Prevention of disputes

Detailed allocation clauses reduce disputes concerning responsibility for delays, cost increases and non-performance.

D. Protection of consumers

In regulated electricity projects, transferring every project risk to consumers can increase tariffs. Regulators therefore examine whether claimed costs fall within the contractual and regulatory risk framework.

E. Efficient project management

The party that can control a risk most effectively is generally the logical party to bear it.

4. Major Categories of Risk

A. Construction Risk

Construction risk includes:

delay in construction;

cost overruns;

defective equipment;

contractor default;

shortage of materials;

engineering problems; and

failure to achieve scheduled commissioning.

Normally, these risks are substantially allocated to the project developer or EPC contractor.

A project agreement may provide:

completion deadlines;

liquidated damages;

performance guarantees;

milestone payments;

delay damages;

termination rights.

The developer cannot ordinarily transform an ordinary construction difficulty into a force-majeure event merely because the project has become more expensive or difficult.

In Krishna Windfarms Developers Pvt. Ltd. v. B. Shreekumar (2026), the APTEL considered contractual provisions excluding matters such as equipment availability, contractor delay, insufficient finance and increased costs from the definition of force majeure. The decision illustrates the importance of the specific contractual allocation of construction and financing risks. (Indian Kanoon)

5. Land and Approval Risks

Energy projects frequently require:

land acquisition;

environmental clearances;

forest approvals;

transmission connectivity;

construction permits;

grid approvals; and

other governmental permissions.

The contract may expressly place responsibility for obtaining particular approvals on the developer.

If the developer has undertaken to obtain approvals at its own risk and cost, it may have difficulty subsequently transferring that risk to the procurer.

The courts and regulatory tribunals therefore examine:

who was contractually responsible for the approval;

whether the delay was foreseeable;

whether reasonable diligence could have prevented it; and

whether the contract expressly treats governmental delay as force majeure.

6. Fuel-Supply Risk

For thermal and gas-based projects, fuel supply represents a major risk.

Important questions include:

Who procures fuel?

Who bears fuel-price fluctuations?

What happens if the contracted quantity is unavailable?

Does the PPA contain a pass-through mechanism?

Is a change in foreign law covered?

Is fuel-price escalation a force-majeure event?

The Supreme Court's decision in Energy Watchdog v. CERC, (2017) 14 SCC 80 is particularly important.

The Court held, in relation to Indonesian coal-price increases, that the fundamental basis of the PPAs had not become impossible merely because coal became substantially more expensive. The contractual arrangement placed the relevant fuel-procurement risk on the generating company, and ordinary commercial difficulty was not automatically equivalent to frustration under Section 56 of the Contract Act. (Sci API)

Principle

A substantial increase in project cost does not automatically transfer contractual risk to the procurer.

The contractual risk allocation remains central.

7. Force Majeure Risk

Force majeure clauses are among the most important risk-allocation mechanisms in energy projects.

Typical events include:

earthquake;

flood;

cyclone;

fire;

war;

terrorism;

governmental action;

transmission failure;

grid restrictions; and

extraordinary natural events.

However, the precise wording of the clause determines whether a particular event qualifies.

In M/s Shree Cement Ltd. v. Karnataka Electricity Regulatory Commission (2026), the relevant PPA expressly identified transmission restrictions and specified extraordinary events such as floods, cyclones, earthquakes and terrorism as force-majeure circumstances. The APTEL also emphasised the distinction between contractual mechanisms for alternate supply and a force-majeure provision. (Indian Kanoon)

Thus, a force-majeure clause does not merely provide an excuse for non-performance; it also allocates the consequences of extraordinary events between the contracting parties.

8. Change-in-Law Risk

Energy projects may operate for 20–30 years. During that period, governments may change:

taxation;

environmental requirements;

electricity regulations;

fuel policies;

import duties;

renewable-energy requirements; or

licensing requirements.

A Change-in-Law clause determines whether the resulting additional cost is borne by the developer or compensated through tariff adjustment.

The Supreme Court's jurisprudence concerning Energy Watchdog and subsequent cases recognises the importance of contractual change-in-law provisions in determining whether a regulatory change produces compensable consequences. (Sci API)

A crucial distinction is therefore:

Force majeure generally addresses extraordinary events preventing or materially affecting performance, while Change in Law provisions can specifically allocate the economic consequences of legal or regulatory changes.

9. Transmission and Grid Risk

Transmission infrastructure creates risks involving:

delayed connectivity;

congestion;

transmission constraints;

grid failure;

scheduling restrictions;

curtailment; and

system instability.

A PPA or transmission agreement may specify whether such risks result in:

deemed generation;

extension of time;

compensation;

reduction of obligations;

termination rights; or

no monetary compensation.

The contractual language becomes especially significant where a project has both a force-majeure clause and a separate mechanism dealing with transmission constraints.

10. Financing Risk

Energy projects require substantial debt and equity.

Financing risks include:

increase in interest rates;

inability to achieve financial closure;

lender withdrawal;

currency fluctuations;

refinancing difficulties;

debt-service problems.

Ordinarily, a developer's inability to arrange financing is not automatically a force-majeure event. Contracts frequently expressly exclude insufficient funds or financing difficulties.

This reflects a fundamental principle:

A party should generally bear risks that it expressly undertook to manage itself.

11. Political and Regulatory Risk

Government action can affect energy projects through:

cancellation or modification of policies;

acquisition of project assets;

changes in licensing;

restrictions on land use;

new environmental requirements;

sanctions or embargoes; and

regulatory restructuring.

The Supreme Court has recognised contractual classifications of political force majeure in infrastructure agreements.

In M/s Adani Power (Mundra) Ltd. v. Gujarat Electricity Regulatory Commission, the Court considered the relationship between force majeure, change in law and the contractual allocation of risks in long-term PPAs.

The broader jurisprudence demonstrates that the consequences of government action depend heavily upon the wording of the relevant agreement and the statutory framework.

12. Risk of Delay

Delay can arise from:

contractors;

government approvals;

land acquisition;

transmission connectivity;

equipment shortages;

financing;

natural disasters; or

regulatory intervention.

The law generally distinguishes between developer-caused delay and externally caused delay.

In Bangalore Electricity Supply Co. Ltd. v. Hirehalli Solar Power Project LLP (2024), the Supreme Court considered whether delay in achieving scheduled commissioning dates fell within the force-majeure provisions of the relevant PPAs. The Court also emphasised the limited scope of appellate intervention in specialised electricity-regulatory matters. (Indian Kanoon)

This demonstrates that contractual risk allocation operates alongside the specialised regulatory framework under the Electricity Act, 2003.

13. Case Law Principles

1. Energy Watchdog v. CERC (2017)

Principle: Commercial hardship or increased fuel cost does not automatically amount to frustration. The contractual allocation of fuel risk remains important. (Sci API)

2. Haryana Power Purchase Centre v. Magnum Power Generation Ltd. (2020)

The Supreme Court examined a long-term PPA and its contractual provisions governing default, force majeure and the parties' respective obligations. It illustrates the importance of reading the PPA as a whole when determining contractual responsibility. (Indian Kanoon)

3. Bangalore Electricity Supply Co. Ltd. v. Hirehalli Solar Power Project LLP (2024)

Principle: Whether commissioning delay attracts force-majeure relief depends substantially on the PPA and the circumstances established before the regulatory authorities. (Indian Kanoon)

4. Shree Cement Ltd. v. Karnataka Electricity Regulatory Commission (2026)

Principle: Separate contractual provisions dealing with alternate supply and force majeure may operate in different spheres; contractual election and the wording of the relevant clauses can determine the available remedy. (Indian Kanoon)

5. Assam Power Distribution Co. Ltd. v. ONGC Tripura Power Co. Ltd. (2026)

The case illustrates risk allocation in the fuel-supply chain. The relevant contractual arrangements were examined to determine responsibility for gas supply and the consequences of an alleged force-majeure event, including compliance with contractual notice requirements. (Indian Kanoon)

14. Risk Allocation Matrix

15. Principles for Effective Risk Allocation

A well-designed energy infrastructure contract should follow several principles:

A. Allocate risk to the party best able to control it

The party capable of preventing or mitigating the risk should normally bear it.

B. Define risks precisely

Terms such as force majeure, change in law, political event, material adverse effect and commercial operation date should be clearly defined.

C. Avoid overlapping clauses

A contract should clarify whether a particular event constitutes:

force majeure;

change in law;

default;

compensation event; or

termination event.

D. Establish notice procedures

A party invoking force majeure should comply strictly with contractual notice requirements where the contract makes notice a condition of relief. Recent electricity-sector decisions have treated such requirements seriously. (Indian Kanoon)

E. Provide mitigation obligations

A party affected by an event should normally be required to take reasonable measures to minimise its consequences.

F. Provide an exit mechanism

Long-term infrastructure contracts should contain termination mechanisms where an extraordinary event continues for a specified period.

16. Regulatory Dimension

Risk allocation in electricity projects cannot be understood purely as ordinary contract law. The Electricity Act, 2003, regulatory commissions, tariff regulations, competitive-bidding guidelines and grid regulations may influence the contractual framework.

Where a PPA has been approved through a competitive procurement process, regulatory authorities generally have to consider the contractual framework carefully. The recent jurisprudence also reinforces the significance of express contractual risk allocation in determining whether compensation or tariff adjustment is available. (Indian Kanoon)

Therefore, energy infrastructure risk allocation represents an interaction between:

Contract Law + Electricity Regulation + Infrastructure Law + Administrative Law + Commercial Law.

17. Conclusion

Risk allocation is one of the fundamental legal mechanisms through which energy infrastructure projects become financeable, predictable and operationally manageable. Because energy projects involve long construction periods, large capital investments and decades of operation, it is impossible to eliminate every risk. The legal objective is instead to identify, allocate, mitigate and price those risks in advance.

Indian case law, particularly Energy Watchdog, demonstrates that courts will pay close attention to the contractual distribution of risks and will not ordinarily rewrite a PPA merely because one party subsequently experiences economic hardship. At the same time, genuine force-majeure events, legally recognised changes in law and specifically allocated regulatory risks can trigger contractual or tariff-based relief.

The most important principle can therefore be stated as:

In energy infrastructure projects, the consequences of a risk ordinarily follow the contractual allocation agreed by the parties, subject to applicable statutory and regulatory requirements.

This principle promotes bankability, contractual certainty, efficient project management, investor confidence and protection against arbitrary transfer of project costs to electricity consumers.