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Decoding the nuclear deal for business

With the U.S.-India nuclear agreement clearing two major hurdles on 25 January—civil nuclear liability and administrative arrangements for implementing the civil nuclear deal—everything looks ready to go. U.S. companies can now provide the reactor designs and equipment for building nuclear power plants in India.

The benefits for India are clear: Indian business now has a shot at projects worth Rs 1.05 lakh crores ($17 billion) initially, with more to come over the next decade. For Indian industry, electricity will now be cheaper—nuclear power in India currently costs Rs 2.71 per unit,[1] compared to Rs. 3.3 per unit for the cheapest coal-generated power.[2] And for India’s nuclear industry, this deal will help the country scale up its own indigenous reactor designs and power plants.

India wants to build four nuclear power plants with U.S., French, and Russian collaboration which will generate 10,500 MW of power in the first phase. This can be a $17 billion opportunity for Indian companies(See Table 1). The Nuclear Power Corporation, which will own and operate these plants, has already indicated that up to 50% of the total project value will be sourced domestically, giving a boost to Prime Minister Narendra Modi’s ‘Make in India’ plans. This may increase to 80% in subsequent phases.[3]

 

Table 1: Opportunity for Indian business
Total capacity (MW) Project cost Cost per MW
KudankulamUnits 3 & 4 2,000 Rs. 39,849 crores ($6.5 billion) [4] Rs. 19.92 crores ($3.2 million)
4 Nuclear plants to be built with foreign collaboration (phase-1) 10,500 Rs. 209,160 crores ($34.1 billion)*
* Gateway House estimates

 

To enable this opportunity to fructify, two critical details must be addressed. First, India must close a nuclear deal with Japan as well, because Westinghouse, an America-registered company that will build one of the nuclear power plants in India, is owned by Toshiba, a Japanese firm. Japan’s Hitachi is partnering with General Electric for a second reactor.

Even though the Ministry of External Affairs in its briefing on January 25 said there are alternatives to Westinghouse and Hitachi for technology, these alternative deals will have be negotiated from scratch, negating the painstaking work already done with the Americans through Westinghouse and GE-Hitachi.

Second, the transfer of technology to Indian firms has to be clear and measurable–China did this with reactors ordered from foreign firms. As one of the few nations building reactors and helping create and preserve high-tech jobs in supplier nations, India too must get something tangible in return.

For Indian industry low energy prices will be a big boost. Industries across most states typically pay a high price for power, up to Rs. 6 per unit and more, and even then supply is unreliable. Consequently, over 2 million tonnes of diesel is burnt annually for captive generation,[5] which costs well over Rs. 10 per unit; this is a national waste, making Indian industry less competitive all around. Cheap and reliable power will put an end to that.

Finally, this agreement will ensure that India can continue importing nuclear fuel for its own reactors. The India-U.S. Civil Nuclear Agreement enabled India, after 2008, to import nuclear fuel from suppliers such as Russia, Kazakhstan, and France, to run its power reactors, improving their utilisation during 2005-2010 from 50% to 80%. [6] &[7]

In fact, Indian reactors are cheaper—at least 25% less than the foreign alternatives. That is the reason India is already building or plans to build 12 such reactors (See Table 2). These   reactors are also a business opportunity for Indian companies. However, all this is possible only with a reliable supply of imported nuclear fuel.

To ensure fuel supply, India needs the continued support of prominent members of the Nuclear Suppliers Group, such as the U.S., France, and Russia. Large contracts for nuclear power plants with foreign collaboration are one way of ensuring that their interests coincide with India’s interests and they gain from India’s entry into the nuclear club.

 

Table 2: India’s indigenous reactor programme
Project Capacity Cost (Rs crores) Status
Kakrapar (Gujarat) Units 3 & 4 2*700 mw 11,459 Ongoing
RAPP (Rajasthan) Units 7 & 8 2*700 mw 12,320 Ongoing
Gorakhpur (Haryana)Units 1 & 2 2*700 mw 20,594 Construction starts in 2015
Chutka(Madhya Pradesh)Units 1 & 2 2*700 mw Not sanctioned Pre-project activities
Mahibanswara (Rajasthan) Units 1 & 2 2*700 mw Not sanctioned Pre-project activities
Kaiga Units 5 & 6 2*700 mw Not sanctioned Pre-project activities
Source: Lok Sabha [8]

 

Although on the whole the agreement between Modi and Obama spells good news, there is a catch. Around the world, nuclear plants are delayed, pushing up costs. French company Areva began building a reactor in Finland a decade ago, and it is still under construction because of faulty planning.[9] Even China is facing delays in a project by Westinghouse. This does not bode well for India, already a case of chronic delays.

There is also the liability clause which, for an India still hurting from the injustice of the 1984 Bhopal disaster, is not clear. The insurance pool (put together by General Insurance Corporation and four other public sector insurers, and the government) at Rs. 1,500 crores will certainly not be sufficient in case of a major accident. It is also unclear exactly how U.S. suppliers will be indemnified against responsibility for an incident, as required by Section 17 of India’s Civil Nuclear Liability Law of 2010. These issues could drag the deal into dissension yet again.

To make it work, Modi will have to put his office and goodwill behind the deal in earnest, and reassure citizens, pressure groups, and businesses that all issues will be sorted out equitably. Only then can the promise of the India-U.S. bilateral begin to be realised, and the prime minister’s manufacturing agenda for India be fulfilled.

Amit Bhandari is Fellow, Energy & Environment Studies, Gateway House.

A shorter version of this article was published in the LiveMint. 

This article was exclusively written for Gateway House: Indian Council on Global Relations. You can read more exclusive content here.

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References

[1] Nuclear Power Corporation of India, Annual Report FY14, 1 January 2014, <http://npcil.nic.in/main/AnnualReportDisplay.aspx> pp.114

[2] National Thermal Power Corporation, Annual Report FY14, 1 January 2014, <http://www.ntpc.co.in/annualreports/2013-14/NTPC-AR-2013-14.pdf> pp. 51

[3] Nalaich, Nalinish, Letter to Professor Arindam Chaudhari, Nuclear Power Corporation of India, 31 March 2011. <http://www.npcil.nic.in/pdf/31mar2011_article.pdf> pp. 2

[4] Lok Sabha, Production of Electricity, 3 December 2014,  <http://164.100.47.132/LssNew/psearch/QResult16.aspx?qref=7807>

[5] Lok Sabha, Power Generation by Industry through Diesel Gensets, 4 December <http://164.100.47.132/LssNew/psearch/QResult16.aspx?qref=7870>

[6] Central Electricity Authority, Energy GenerationProgramme and Plant Load Factor, 1 April 2014,  <http://www.cea.nic.in/reports/monthly/generation_rep/tentative/mar14/opm_01.pdf>

[7] Lok Sabha, PLF of Nuclear Power Generation, 5 May 2010,  <http://164.100.47.132/LssNew/psearch/QResult15.aspx?qref=87503>

[8] Lok Sabha, Fund Allocation for Nuclear Projects, 10 December 2014,  <http://164.100.47.132/LssNew/psearch/QResult16.aspx?qref=7827>

[9] Rosendahl, Jussi, ‘Update2-Finland’s Nuclear Plant Start Delayed Again; Areva, TVO Trade Blame’, Reuters. 1 September 2014, <http://uk.reuters.com/article/2014/09/01/finland-nuclear-olkiluoto-idUKL5N0R20CV20140901>