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India, Russia to embark on $45 bln nuclear energy roadmap

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This can be the mother of all Indo-Russian joint projects and collaborations and this also explains why Russian President Vladimir Putin paid a stand-alone visit to India on December 24, albeit only for 15 hours.

India and Russia agreed to an ambitious roadmap for deepening their cooperation in civilian nuclear energy and construct together 16 to 18 nuclear energy plants in India of 1000 MW each. At today’s prices, the latest nuclear energy roadmap, whose broad contours are yet to be shaped up, could be worth a whopping $45 billion, sources told RIR.

Kudankulam nuclear plants Unit 1 and 2 have cost India slightly above one billion dollars apiece. For the third and fourth units, the Russians have already conveyed to the Indians that the prices would double in the wake of Indian government invoking new nuclear liability regime. Therefore, the proposed “16 to 18” nuclear power plants would be costing about $ 2.5 billion apiece and hence the figure of $45 billion, considering one takes the figure of 18 proposed plants.

The Nuclear Roadmap

It is not yet clear whether the proposed roadmap is for 2020 or 2025 or 2030. Most likely, the roadmap would be targeting the deadline of the year 2030. But even if it is 2030 it would mean one new joint Indo-Russian nuclear plant every year for the next 18 years. This is apart from Kudankulam Units 3 and 4.

From Indian point of view, the 22 total Indo-Russian nuclear plants, inclusive of the four Kudankulam units, would yield 22,000 MW of power to the Indian energy basket or 20 percent of the current total power production in India with the help of Russia alone.

From the Russian point of view, the moral of the story is even more encouraging. It means that the Kudankulam worries are no longer plaguing the Indo-Russian relations and the two sides have decided to embark on a far more meaningful, productive and ambitious partnership in the decades to come. It also suggests that Kudankulam 3 and 4 are the scripts that would eventually be written and it is a question of when, not if, this will be done.

Nuclear Energy on the Record

The joint statement released at the end of Putin’s visit gives a good measure of how India and Russia are poised to deepen and intensify their cooperation in the nuclear energy sector. Consider the following quote from the statement: “The sides reviewed the progress in bilateral cooperation in the development of nuclear energy for peaceful purposes and reiterated their commitment to implementing the Agreement between the Government of the Republic of India and the Government of the Russian Federation on cooperation in the construction of additional nuclear power plant units at Kudankulam site as well as in the construction of Russian designed nuclear power plants at new sites in the Republic of India, concluded on December 5, 2008; the agreement between the Government of the Republic of India and the Government of the Russian Federation on Cooperation in the Use of Atomic Energy for Peaceful Purposes and the Road Map for the Serial Construction of the Russian designed Nuclear Power Plants in the Republic of India, concluded on March 12, 2010.” (Emphasis added)

The two principals noted their satisfaction with regard to the progress in commissioning of the first unit of the Kudankulam Nuclear Power Plant (KNPP) and agreed to take the necessary steps to expedite the completion and commissioning of the second unit. The two sides have already signed the protocol for the grant of State Credit from Russia to India for works, supplies and services for construction of Units 3 and 4 at Kudankulam and related fuel supplies. Putin and Singh agreed to conclude expeditiously the negotiations on the techno-commercial offer for the construction of Units 3 & 4.

The two sides also reiterated their commitment to incorporating the best technology in construction of nuclear power plants with a view to ensuring and maintaining the highest safety standards. India and Russia have already held the first meeting of the Joint Working Group between Department of Atomic Energy and State Corporation Rosatom in the field of peaceful uses of nuclear energy held in Moscow in July 2012 and Putin and Singh welcomed this outcome.

A point emphasised by the joint statement relates to the complementarities between India and Russia in the energy sector as a major buyer and supplier of hydrocarbons. At today’s summit the two leaders reviewed the ongoing efforts to establish joint cooperation ventures between Indian and Russian companies and reaffirmed their intention to continue the implementation of the Inter-Governmental Agreement on cooperation in the hydrocarbon sector signed on December 21, 2010.

The highly productive talks on the long-term nuclear energy cooperation roadmap is perhaps the most important take-away for both sides and a high watermark for Putin’s successful India visit.



India, Russia to embark on $45 bln nuclear energy roadmap | Russia & India Report
 
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That's a lot of money and lot of electricity hopefully this will solve the energy problems in some of the states.
 
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From Indian point of view, the 22 total Indo-Russian nuclear plants, inclusive of the four Kudankulam units, would yield 22,000 MW of power to the Indian energy basket or 20 percent of the current total power production in India with the help of Russia alone.


This is not even including the two units of 1,650 MW at Jaitapur from Areva and in total that would be 6 units which would make it the worlds biggest nuclear park.
 
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The "Billion dollar" mark is thrown around pretty easily these days. I wonder how many wind farms could be built from such amount.
 
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The "Billion dollar" mark is thrown around pretty easily these days. I wonder how many wind parks could be built from such amount.

A lot i think, but still the problem would be getting the land a wind farm requires much more land and don't give the same amount of energy.
 
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A lot i think, but still the problem would be getting the land a wind farm requires much more land and don't give the same amount of energy.

Offshore wind parks are the way to go, our company is building one in germany right now

Offshore+Wind+Farm+walp+tw.png
 
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I think solar energy is the future for India as the cost will become lower and whole villages can be powered using the sun we should invest more in this technology.

solar-power-India.jpeg
 
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How much energy can a wind turbine generate? Because I don't hate it, its just sound costly to me.

How much energy can a wind turbine generate? Because I don't hate it, its just sound costly to me.
 
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Offshore wind parks are the way to go, our company is building one in germany right now

Offshore+Wind+Farm+walp+tw.png

Which tells me that you work with GE or Siemens :P

On a serious note... Which wind farm are you talking about???
 
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If we are to continue importing Nuclear plants for such huge amounts then I personally can not support this. This seems to be a case of misplaced priorities.

In addition to this, the unproved design of AREVA will also cost a bomb. The pilot project in France itself is running late and way over budget. India needs nuclear power but not at this exorbitant cost.
 
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Problem with offshore wind farms is that in our region we face many storms and threats like tsunami which could damage them and cost us millions.
 
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How much energy can a wind turbine generate? Because I don't hate it, its just sound costly to me.

How much energy can a wind turbine generate? Because I don't hate it, its just sound costly to me.

Wind turbines come from some KW machines and all the way up to 6MW machines... So, you have to know which wind turbine and which wind regime are you talking about, to estimate the real output of the machine... I know for a fact that some machines have actually a plant load factor of 45% in high wind zones and that is bloody good for a non-conventional energy source...
 
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Which tells me that you work with GE or Siemens :P

On a serious note... Which wind farm are you talking about???

I work for a wind turbine mfg for REPOWER systems, the project is Thornton Bank Phase II, Belgium.

48 meter, 62.5 meter and eventually 78 meter blades producing 6M, 7.6M and eventually ~9MW per turbine.
 
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If we are to continue importing Nuclear plants for such huge amounts then I personally can not support this. This seems to be a case of misplaced priorities.

In addition to this, the unproved design of AREVA will also cost a bomb. The pilot project in France itself is running late and way over budget. India needs nuclear power but not at this exorbitant cost.


EPR is the future it has advanced safety features and many countries are planning to build EPR type Reactors, the problem is not only to do with France we had land issue also at Jaitapur.


Also there is issue of sourcing major components from Japan which we need for this EPR that is why contruction has been delayed.
 
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Problem with offshore wind farms is that in our region we face many storms and threats like tsunami which could damage them and cost us millions.

Wind Turbines are built to survive high severity storms and that was proved recently when a big storm hit the east coast of US and only one or two machines went down physically... These are engineering marvels mate and have the survivability better than your normal coal plant and being modular, the risk of one or two machines going down makes it much more bearable risk than a whole gas, coal or nuclear plant shut down... You should really see how Germany has been transformed by these wind turbines... they are all over the place and large companies are changing their supply mix actually... Have done a detailed study for a large utility and I can tell you, Wind is here to stay and offshore will grow like crazy, once infra problems around grid availability in high seas is resolved...
 
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