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India powers past 6,000MW mark in nuclear energy

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CHENNAI: With synchronization of the second unit of the Kudankulam power plant, India's civil nuclear programme has reached a couple of landmarks: the Kudankulam project+ turned a page on protests and a legal challenge over its safety parameters in the Supreme Court, and India crossed the 6,000MW mark in nuclear power.

Once the output of Unit II is scaled up to a full 1,000MW in two months, India's 22 nuclear power reactors will be able to generate 6,780MW of power and the Nuclear Power Corporation of India Limited (NPCIL) expects four more reactors to be commissioned in a year. Unit II is functioning smoothly as scientists seem to have incorporated the right lessons from hitches that marred Unit I's functioning after attaining criticality in 2013.
The two 1,000MW nuclear units built with Russian assistance have made Tamil Nadu the highest consumer of nuclear power on a daily basis. Kudankulam I and II are also the last nuclear units in India built with foreign collaboration that will not attract the liability clause legislated after the India-US nuclear deal.
NPCIL engineers learnt bitter lessons while commissioning Unit I. The reactor has been in continuous operation only since February 2016. Protests in 2011-12 by anti-nuclear activists delayed the project by months when it was over 90% ready, but not much is known of the problems it faced later. The Unit I has been operating continuously for 189 days since February 22 and has generated 11,269 million units of electricity since October 2013.
But NPCIL did its homework and made changes to Unit II. "We carried out all changes effected to Unit I on Unit II. This made the commissioning of the second unit easier," Kudankulam project site director R S Sundar told TOI.
In the near future — around six months to a year — two indigenous reactors each in Rajasthan and Kakrapar in Gujarat should be ready. "Beyond Kudankulam, Nuclear Power Corporation is hopeful of commissioning the four reactors in a year. These reactors are built by NPCIL engineers and each has a capacity of 700MW," Sundar said.

Not all of India's 22 nuclear reactors are functioning to full capacity. "A total of 14 reactors are under International Atomic Energy Agency safeguards. Only these reactors are eligible to use imported nuclear fuel and are currently operational. The plant load factor (PLF) of these reactors is around 90%," a former Atomic Energy Commission chief said.
The PLF of reactors using indigenous fuel is less. For example, the PLF of two units of 220MW capacity in Kalpakkam is around 65-70% as there is a shortage of nuclear fuel in the country. "As we synchronized Unit-2 with the grid on August 29, the total nuclear power generation in the country on that day was 5100MW. This is a new high for nuclear power generation. As on date, Unit-2 is generating 270MW and we will be scaling up the generation in the coming days," said Sundar.

http://timesofindia.indiatimes.com/...rk-in-nuclear-energy/articleshow/53953163.cms

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That might be that.
But, even smaller countries like France, Spain & others produce more.

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That might be that.
But, even smaller countries like France, Spain & others produce more.

View attachment 330460

View attachment 330461
http://www.businessinsider.com/coun...nuclear-energy-2014-3?op=1/#-czech-republic-4
We are 13th in the World @ 29,665 gigawatt-hours
Nuclear power in India is on the rise. The country is currently building 7 new reactors to add to the 20 reactors already operating. By 2050, India expects to supply 25% of electricity through nuclear power. Because India does not adhere to the Nuclear Non-Proliferation Treaty (due to its weapons program), it has had to develop its technology and fuel sources domestically. Using its stores of thorium, India has become an expert at developing fast breeder reactors, which maximize plutonium production and can produce more fuel than they consume.

We will be in top 10 by 2020.
 
. . .
http://www.businessinsider.com/coun...nuclear-energy-2014-3?op=1/#-czech-republic-4
We are 13th in the World @ 29,665 gigawatt-hours
Nuclear power in India is on the rise. The country is currently building 7 new reactors to add to the 20 reactors already operating. By 2050, India expects to supply 25% of electricity through nuclear power. Because India does not adhere to the Nuclear Non-Proliferation Treaty (due to its weapons program), it has had to develop its technology and fuel sources domestically. Using its stores of thorium, India has become an expert at developing fast breeder reactors, which maximize plutonium production and can produce more fuel than they consume.

We will be in top 10 by 2020.

25% in 2050?
Peanuts.

Check post number #3

Its not always about small countries. India will take its sweet time to reach to the top.

You can blah blah what you like, but do not neglect the facts & figures, which only show India is nowhere as of now, not even in 2050, when it would be the second power after the China.

Country like Slovenia produces nearly 4 times more than your mighty India.
 
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Belgium has 7 reactors which produce for them 5913MW

India has 22 reactors which produce for them 6000MW

There is something called "efficiency" which is lacking big time in India.
 
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Belgium has 7 reactors which produce for them 5913MW

India has 22 reactors which produce for them 6000MW

There is something called "efficiency" which is lacking big time in India.
We are deliberately under fueling our reactors actually, due to a low supply and other issues. All our plants work at less than capacity levels. Now this should increase - with the new fuel from NSG.
 
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25% in 2050?
Peanuts.

Check post number #3



You can blah blah what you like, but do not neglect the facts & figures, which only show India is nowhere as of now, not even in 2050, when it would be the second power after the China.

Country like Slovenia produces nearly 4 times more than your mighty India.
You do know the population of a country like India right and its energy demand? You would also know cost per unit energy produced by that of Hydrocarbon based method is cheaper than that of Nuclear or other non conventional is much costlier considering the initial investment and R&D.

For India it was a priority to get up and provide energy to the masses first and then think of making it green. Plus using Hydrocarbon based fuel to produce energy did not required as many highly skilled resouces and high tech gear to set the wheel in motion. This was the reason for so many power plants cropping up in early 19th century.

Nuclear power plants came very recently as compared to others. And some of our citizeystill still have some reservations against it. Give it some time. As a big country we have a lot of inertia but once we start moving, we will have no dearth of momentum
 
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You do know the population of a country like India right and its energy demand? You would also know cost per unit energy produced by that of Hydrocarbon based method is cheaper than that of Nuclear or other non conventional is much costlier considering the initial investment and R&D.

For India it was a priority to get up and provide energy to the masses first and then think of making it green. Plus using Hydrocarbon based fuel to produce energy did not required as many highly skilled resouces and high tech gear to set the wheel in motion. This was the reason for so many power plants cropping up in early 19th century.

Nuclear power plants came very recently as compared to others. And some of our citizeystill still have some reservations against it. Give it some time. As a big country we have a lot of inertia but once we start moving, we will have no dearth of momentum

Your rant is inconsequential when you bring the fossil fuel/hydrocarbon into comparison for nothing.

Per capita, or percentage wise, India does not count in the big league. Period.
 
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Belgium has 7 reactors which produce for them 5913MW

India has 22 reactors which produce for them 6000MW

There is something called "efficiency" which is lacking big time in India.
Well we have numerous research reactors and breeder reactors. They generally produce no to very low power as they basically are for creating various other artifacts. Moreover the Power reactors we have are not designed to "Burn" through the entire batch of fuel. Think of it as, we do not burn wood to Ash rather we stop the burn when we get charcoal.

Lastly we seriously lack the big capacity reactors. Initially it was due to very low to absolutely absent industrial strength. But now we are bridgging the gap quite well. Only if we can gather political will and educated the common masses, we can very soon see ourself it the top 10 list of countries producing nuclear power.

Your rant is inconsequential when you bring the fossil fuel/hydrocarbon into comparison for nothing.

Per capita, or percentage wise, India does not count in the big league. Period.
It wasn't a rant and I never stated that India is in big league. If anything I just described how we found ourselves in this spot.
 
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We are deliberately under fueling our reactors actually, due to a low supply and other issues. All our plants work at less than capacity levels. Now this should increase - with the new fuel from NSG.

NSG is an inconsequential equation, since India is already covered by a 1-2-3 Agreement and got the waiver.

, we can very soon see ourself it the top 10 list of countries producing nuclear power.


.

India is nowhere presently at 4% of electricity generation.
Neither the future belongs to India on this, down the road:

Read: 25% of electricity generation even in the year 2050.

India is a laggard.

So boastful thinking is unwelcome.
 
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NSG is an inconsequential equation, since India is already covered by a 1-2-3 Agreement and got the waiver.



India is nowhere presently at 4% of electricity generation.
Neither the future belongs to India on this, down the road:

Read: 25% of electricity generation even in the year 2050.

India is a laggard.

So boastful thinking is unwelcome.
ASHAMED TO BE INDIAN :(
 
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