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<strong>atw</strong> Vol. 62 (<strong>2017</strong>) | Issue 6 ı June<br />
India Goes Nuclear<br />
Dear reader, India is a country of diversity and with its 1.3 billion citizens India is after China not only second most<br />
populous country in the world but also the most populous democracy in the world. This reflects the great responsibility<br />
for the countries’ politics, to create social conditions, which further maintain and strengthen the democracy. Economic<br />
growth is thereby unquestionably one of the most important components in order to expand social services and to create<br />
quality of life. Also due to this India’s economy grew in the past 10 years on average by 11 % per year, even in times of a<br />
global financial crisis as of 2007.<br />
With a view to the energy supply India is today, after China<br />
and the USA the third largest energy consumer in the<br />
world. Despite of extensive available energy resources,<br />
India developed to an important energy importer of fossil<br />
fuels. With a share of over 75 % of the energy generation<br />
the importance of coal for the energy and electricity supply<br />
is very dominant. In the year 2013 around 692 million tons<br />
of coal were used of which 159 million tons were imported.<br />
The 22 nuclear power plants with a gross capacity of<br />
6,780 MW have a share of around 2.2 % of the country’s<br />
total power generation capacity of 303,071 MWe and of<br />
the generation of around 3.5 % through the production of<br />
35 gigawatt hours in 2016. Due to the combination of a<br />
today comparatively low per capita rate of electricity<br />
consumption in the amount of 1,000 kWh per inhabitants<br />
and aspired growth, as well as the need to provide<br />
electricity to the approximately 240 million persons in<br />
India which do not have any access to electricity today, it<br />
will certainly further increase. Until the 2020s a doubling<br />
is expected. It should be noted for India, that the agriculture<br />
proportion on the energy consumption – especially for the<br />
irrigation of fields- up to one third, clarifies that a secure<br />
supply of energy is not a question of comfort put also of a<br />
primary care.<br />
This poses the country and its decision makers to great<br />
challenges. In order to manage this situation no options<br />
are excluded. Thus, growth for all energy carriers in India<br />
is expected and aimed for in the upcoming years until the<br />
middle of the 2020s with strong differing degrees of the<br />
single energy carrier. Ambitioned is the extension of<br />
renewables, with a target setting especially for wind of<br />
+60,000 MW and photovoltaic of +100,000 MW, which<br />
corresponds in total to a fourfold increase. But also the<br />
coal-fired generation will further increase.<br />
....and nuclear energy?<br />
Research and development of nuclear energy in India have<br />
a long national tradition. Today’s Bhaba Atomic Research<br />
Centre near Mumbai was established in the 1950s. A first<br />
light water reactor or rather heavy water moderated<br />
pressurised water reactor of the Canadian type CANDU<br />
was put in operation in 1969 or rather 1972 at the sites<br />
Tarapur and Rajasthan. The advancement of nuclear<br />
energy within the international network was then<br />
inhibited, as India, being a nuclear power, had not signed<br />
the Nuclear Non-Proliferation Treaty.<br />
India’s nuclear economy depended thus on its own<br />
development or rather further development of the<br />
expansion. Through standardising the heavy water reactor<br />
technology the possibility was given to establish an own<br />
productive reactor type and to commission until today<br />
18 plants. The long term perspective of nuclear energy will<br />
be underlined with the prototype establishment of a fast<br />
sodium-cooled 500-MW-reactor at the site Kalpakkam,<br />
whose commissioning is planned for autumn <strong>2017</strong>.<br />
Additionally the Indian Department for Atomic Energy just<br />
recently communicated, that two further 600-MW-breeder<br />
reactor shall follow in Kalpakkam<br />
With the end of the East-West conflict the relationships<br />
of many countries with India changed in the matter of<br />
nuclear technology. Through cooperation with Russia two<br />
WWER-reactors with each 1,000 MW of (output) were<br />
established and put in operation at the site Kudankulam<br />
as of the year 2002. An agreement with the Nuclear<br />
Suppliers Group in 2008 opened up the path for a couple<br />
bilateral agreements for the expansion of nuclear energy.<br />
Miscellaneous new-build projects are mentioned and<br />
negotiated repeatedly since this year in order to achieve<br />
the expansion target of +10 % capacity per year until the<br />
year 2025.<br />
India is getting serious also in the matter of nuclear<br />
energy. The Indian Prime Minister Narendra Mori<br />
announced in May <strong>2017</strong> as a first step for the government<br />
the initiation of a national nuclear energy expansion<br />
program. This programme shall bring a strong push<br />
to entire Indian economy: 10 nuclear power plant projects<br />
on the basis of the Indian heavy water reactor technology<br />
with an overall performance of 6,700 MW* – the<br />
same amount as the currently operated ones – shall be<br />
accommodated within the next 5 years.<br />
The full investment is mentioned with 11 b. $. Just in<br />
the country’s nuclear industry 33,400 new, qualified jobs<br />
shall be generated in this manner. With the experience<br />
made from the establishment and commissioning of<br />
today’s operating heavy water reactors and through the<br />
standardisation of 10 new plants, the „fleet construction<br />
program“ shall generate synergies through an „Economy<br />
by Number“ and thus electrically enable the aspired and<br />
comparatively low investment costs of 1,650 $ per installed<br />
kilowatt.<br />
India’s paths of a future energy supply are diverse and<br />
include the path of using nuclear energy; step by step and<br />
under the target set of further 80,000 MW until the end of<br />
the 2020’s.<br />
Christopher Weßelmann<br />
– Editor in Chief –<br />
* At the power<br />
generation 1 MW of<br />
installed power<br />
output corresponds<br />
due to a higher<br />
availability<br />
approximately to<br />
4 MW of installed<br />
wind power and<br />
8 MW of installed<br />
photovoltaic<br />
capacity – the often<br />
underestimated<br />
difference between<br />
labour and<br />
performance<br />
367<br />
EDITORIAL<br />
Editorial<br />
India Goes Nuclear