What is the common examiner trap about Science & Tech in UPSC exams?

Confusing the roles of AEC (policy) and AERB (regulation), or mixing up the capacity targets (100 GW national vs. 54 GW for NPCIL). They may also ask about the type of reactor (PHWR) used at Kaiga versus the experimental ones (SMR at Tarapur, FBR at Kalpakkam).

What should UPSC aspirants remember about Science & Tech for Prelims?

1. Target this Data: 100 GW nuclear power target by 2047 2. Target this Nodal Body: Atomic Energy Commission (AEC) 3. Target this Legal Point: 'Sustainable Use and Progress of Atomic Energy for India Bill, 2025'

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Atomic Energy Commission Formulates Safety Rules to Allow Private Nuclear Power Generation, Targets 100 GW by 2047

Q: Which apex body is responsible for formulating policies for the development of atomic energy in India, as mentioned in the article?

Atomic Energy Commission (AEC), The article explicitly mentions Ajit Kumar Mohanty as the Chairperson of the Atomic Energy Commission (AEC), which is formulating the new safety standards. While AERB is the regulator and NPCIL is the public sector operator, the AEC is the apex policy-making body under the Department of Atomic Energy.

Q: Consider the following statements regarding India's nuclear power sector: 1. The Atomic Energy Commission is formulating safety standards to allow private players to generate nuclear power. 2. India's target is to generate 200 gigawatts of nuclear power by the year 2047. 3. The Pressurized Heavy Water Reactor (PHWR) units, like those at Kaiga, have been developed using completely indigenous technology. Which of the statements given above is/are correct?

Both 1 and 3, Statement 1 is correct as per the article's core news. Statement 2 is incorrect because the target mentioned is 100 GW, not 200 GW. Statement 3 is correct as the article quotes Dr. Mohanty stating that the PHWR reactors have been 'completely developed using indigenous technology'. Therefore, only statements 1 and 3 are correct.

Q: According to the article, what is the planned total capacity of the Kaiga atomic power station after the completion of its two new units?

2,280 Megawatts, The article states: 'Currently, the four units at Kaiga produce 880 megawatts. With the two new units, capacity will increase to 2,280 megawatts.' The other options are distractors: 880 MW is the current capacity, and 1,580 MW and 2,980 MW are not mentioned.

Q: What is the primary objective behind the Atomic Energy Commission's move to formulate new safety standards, as discussed in the article?

To facilitate the entry of private players into nuclear power generation., The article's central theme is that the AEC is 'formulating safety standards and other rules to allow private players to produce nuclear power.' This marks a shift from the earlier model where only government and PSUs were allowed. The other options are not supported by the article's content.

Science & Tech Infrastructure PolityHIGH

Target:UPSC GS-IIIMPSCSSC GATeachingPrelims HighMains HighStatic GK Link

02 Mar 2026

~2 min

Source: The Hindu

Key Data:100 GW by 204754 GW NPCIL target700 MW PHWR2,280 MW Kaiga capacity55-200 MW SMR capacity

Bodies:Atomic Energy Commission (AEC)Nuclear Power Corporation of India Limited (NPCIL)Bhabha Atomic Research Centre (BARC)

Practice MCQs from today's news ▸

~2 min · Quick mode

What This Article Covers

1.AEC is creating safety standards to allow private sector entry into nuclear power generation, a move away from the previous government-only model.

2.The country has set a target of generating 100 GW of nuclear power by 2047, with NPCIL tasked with 54 GW of this capacity.

3.Key technological advancements include indigenous 700 MW PHWRs, experimental Small Modular Reactors (55-200 MW), and Fast Breeder Reactor technology using thorium.

The Big Picture

Prelims · HighMains · High

India's Atomic Energy Commission is framing safety regulations to open the nuclear power sector to private companies, marking a strategic shift from exclusive government control. This move aims to achieve an ambitious target of 100 GW of nuclear power by 2047, with significant indigenous technology developments like PHWRs and Small Modular Reactors playing a key role.

Exam Lens

Quick Exam Facts From News

Nuclear Power Target by 2047100 Gigawatts

NPCIL's Target Share54 Gigawatts

New Kaiga Units Capacity700 MW each

Total Kaiga Capacity Post-expansion2,280 Megawatts

Small Modular Reactor Capacity Range55 to 200 Megawatts

1-Minute Revision

›Nuclear Power Target by 2047: 100 Gigawatts
›NPCIL's Target Share: 54 Gigawatts
›Target this Data: 100 GW nuclear power target by 2047
›Target this Nodal Body: Atomic Energy Commission (AEC)
›Target this Legal Point: 'Sustainable Use and Progress of Atomic Energy for India Bill, 2025'

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News Snapshot

⚛️

Sector Opening

The AEC is formulating safety standards to permit private players to generate nuclear power, a first for India.

🎯

Ambitious Target

India aims to generate 100 gigawatts of nuclear power by 2047, with NPCIL responsible for 54 GW.

🔬

Indigenous Tech Push

India is advancing with indigenous PHWRs, Small Modular Reactors, and Fast Breeder Reactor technology using thorium.

Detailed Analysis & Strategic Depth

Context / Background

India's nuclear power sector has historically been a government monopoly, managed by the Department of Atomic Energy and its PSUs like NPCIL. The Atomic Energy Act of 1962 restricted private participation. This move represents a paradigm shift, aligning with broader economic reforms and the need for massive capital infusion to meet energy security and climate goals.

Core Analysis & Implications

Opening the sector to private players can accelerate capacity addition, bring in investment and advanced technology, and foster competition. The 'Sustainable Use and Progress of Atomic Energy for India Bill, 2025' provides the legislative framework. However, it raises critical questions about nuclear liability (Civil Liability for Nuclear Damage Act, 2010), safety oversight, and waste management. The focus on indigenous PHWRs and experimental Fast Breeder Reactors (using thorium) underscores the strategic goal of energy self-reliance (Atmanirbhar Bharat) and leveraging India's vast thorium reserves.

Future Outlook / Way Forward

The success of this initiative hinges on robust, transparent, and internationally benchmarked safety regulations. Private players will require clearances from the Atomic Energy Regulatory Board (AERB). Key milestones include the passage of the aforementioned Bill, finalization of safety standards, and attracting credible private investment. The development of Small Modular Reactors (SMRs) and the Prototype Fast Breeder Reactor (PFBR) at Kalpakkam are technological frontiers to watch.

Key Facts at a Glance

Nuclear Power Target by 2047100 Gigawatts

NPCIL's Target Share54 Gigawatts

New Kaiga Units Capacity700 MW each

Total Kaiga Capacity Post-expansion2,280 Megawatts

Small Modular Reactor Capacity Range55 to 200 Megawatts

You've read the full analysis. Now test your understanding.

Practice exam-style questions based on this article.

Q1Static LinkageEasyUPSC, SSC, State PSC

Which apex body is responsible for formulating policies for the development of atomic energy in India, as mentioned in the article?

Q2Statement-basedHardUPSC

Consider the following statements regarding India's nuclear power sector:

1. The Atomic Energy Commission is formulating safety standards to allow private players to generate nuclear power.

2. India's target is to generate 200 gigawatts of nuclear power by the year 2047.

3. The Pressurized Heavy Water Reactor (PHWR) units, like those at Kaiga, have been developed using completely indigenous technology.

Which of the statements given above is/are correct?

Q3Data-centricMediumUPSC, SSC, State PSC

According to the article, what is the planned total capacity of the Kaiga atomic power station after the completion of its two new units?

Q4Application/ImpactMediumUPSC, SSC

What is the primary objective behind the Atomic Energy Commission's move to formulate new safety standards, as discussed in the article?

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Atomic Energy Commission Formulates Safety Rules to Allow Private Nuclear Power Generation, Targets 100 GW by 2047

Exam Lens

Quick Exam Facts From News

1-Minute Revision

News Snapshot

Sector Opening

Ambitious Target

Indigenous Tech Push

Detailed Analysis & Strategic Depth

Context / Background

Core Analysis & Implications

Future Outlook / Way Forward

Prelims Flashpoints

Key Facts at a Glance