Current Affairs · · GS2 · International Relations

France’s EDF discusses EPR deployment and localisation with India

India and France are discussing possible deployment of EDF’s EPR nuclear reactors in India. EDF also wants a local supply chain so more equipment and services can come from Indian industry. The talks come as India finalises new nuclear-sector rules under the SHANTI Act.

Event date:

REq1
  1. Context1 / 5

    India’s Power Secretary Pankaj Agarwal met EDF Chairman and CEO Bernard Fontana in New Delhi on 25 September 2026. They discussed possible deployment of European Pressurised Reactors (EPRs) in India and an Indian supply chain for nuclear equipment and services. The meeting came as India was finalising rules and regulations under the SHANTI Act.

  2. Key highlights2 / 5

    EPR technology: EDF is discussing possible deployment of its large pressurised-water reactor technology in India.

    Local supply chain: EDF wants to develop an ecosystem for greater localisation. The company says a larger programme could give suppliers confidence and create economies of scale; this is EDF’s assessment, not a confirmed outcome.

    Regulatory change: The SHANTI Act allows wider private participation in nuclear activities subject to licensing and safety rules. Draft rules were still being finalised in September 2026.

    Jaitapur: EDF and NPCIL have long discussed six EPR units at Jaitapur, Maharashtra. EDF describes the proposed capacity as around 10 GW. Confirm current design capacity and project status before publication.

    National target: India’s Nuclear Energy Mission aims for 100 GWe of nuclear capacity by 2047.

  3. Key concepts3 / 5

    European Pressurised Reactor: EPR is a large third-generation pressurised-water reactor developed through the French nuclear industry. High pressure keeps water in the primary circuit from boiling. A steam generator transfers heat to a separate secondary water circuit, whose steam drives the turbine; the circuits do not mix.

    Localisation: Producing equipment, components and services domestically can include manufacturing, engineering, construction, training and maintenance. It may build industrial skills and reduce reliance on overseas suppliers, rather than importing a complete package.

    Fleet deployment and economies of scale: Building several reactors with similar designs can standardise components and training and spread fixed costs. It does not guarantee cheaper electricity; delays, financing costs and construction problems can raise costs.

    Nuclear liability and regulation: Liability determines who pays compensation after an incident. No-fault liability does not require victims first to prove operator negligence. The SHANTI Act established a graded liability framework and statutory recognition for the Atomic Energy Regulatory Board. Nuclear projects also require licensing and safety authorisation. The Department of Atomic Energy put draft SHANTI Rules and Regulations out for consultation in 2026.

  4. Way forward4 / 5

    Finalise clear licensing and liability rules with predictable procedures and strong safety requirements. Link foreign technology cooperation to verifiable Indian manufacturing, engineering, training and skills. Assess construction costs, financing, electricity tariffs and waste management before large-scale deployment.

  5. Note5 / 5
    ie
    How an EPR works: Heat from the reactor core produces steam, which drives a turbine to generate electricity. Multiple safety systems, reinforced containment and backup generators protect the reactor during emergencies.

Sources

Syllabus

PaperSubjectSub-topic
GS2International RelationsBilateral relations and agreements involving India. Mains relevance.
GS3Science & TechnologyEnergy; Science and Technology: indigenisation and development of new technology. Prelims and Mains relevance.
EssayPolity—

Topics

IndustryCurrent AffairsInternational Relations and Current AffairsNuclear Technology

Practice questions

  1. With reference to a pressurised-water reactor such as the EPR, consider the following statements: 1. Water in the primary reactor circuit is maintained under high pressure. 2. Water from the reactor core directly enters the turbine. 3. A steam generator transfers heat from the primary circuit to a separate secondary circuit. Which of the statements given above are correct?

    1. 1 and 2 only
    2. 1 and 3 only
    3. 2 and 3 only
    4. 1, 2 and 3
    Show answer

    Answer: B. Statements 1 and 3 are correct. The primary coolant does not directly drive the turbine; heat passes to a separate secondary water circuit.

    Difficulty: medium · statement

  2. With reference to India’s nuclear-energy framework, consider the following statements: 1. The SHANTI Act permits wider private participation in nuclear activities subject to licensing. 2. The Act gives statutory recognition to the Atomic Energy Regulatory Board. 3. The Draft SHANTI Rules had already been finally notified by 25 September 2026. Which of the statements given above are correct?

    1. 1 only
    2. 1 and 2 only
    3. 2 and 3 only
    4. 1, 2 and 3
    Show answer

    Answer: B. Statements 1 and 2 are correct. On 25 September 2026, the government said the regulatory framework was still being finalised.

    Difficulty: medium · statement

  3. Consider the following statements regarding localisation and fleet deployment in nuclear power: 1. Localisation can involve domestic manufacture of reactor components and services. 2. Fleet deployment means every reactor uses a completely different design. 3. Repeated construction of similar reactors can create economies of scale. Which of the statements given above are correct?

    1. 1 and 2 only
    2. 2 only
    3. 1 and 3 only
    4. 1, 2 and 3
    Show answer

    Answer: C. Statements 1 and 3 are correct. Fleet deployment relies on repetition and standardisation rather than completely different designs.

    Difficulty: medium · statement

Mains practice

Answer-writing practice on this article. Attempt it first, then open the hints.

  1. GS2 · 250 words

    Examine how India–France civil nuclear cooperation can support India’s energy goals while creating challenges relating to cost, localisation, regulation and liability.

    Show hints
    1. Explain India–France strategic and civil nuclear cooperation.
    2. Describe EPR technology and the proposed Jaitapur project.
    3. Assess nuclear power’s contribution to energy security and reliable low-carbon electricity.
    4. Discuss local manufacturing, skills and technology absorption.
    5. Evaluate financing, tariffs, safety regulation and nuclear liability.
  2. Essay · 250 words

    Energy security depends as much on institutions and technology as on generating capacity. Discuss with reference to nuclear power.

    Show hints
    1. Distinguish reliable generation from installed capacity.
    2. Discuss technology access and domestic industrial capability.
    3. Explain the role of safety regulation and public confidence.
    4. Assess financing and long construction periods.
    5. Consider waste management and long-term institutional responsibility.