India has a rapidly growing economy that is supported by abundant power supplies across the country. Power plants are essential to meeting India’s enormous need for electricity. Power must be allocated, produced, and distributed to the populace through an effective and economical power generation system, which is provided by numerous power plants spread out over the nation. The list of all the power plants in India is examined in this article, together with information on each plant’s ownership, installed capacity, location, and fuel type. It informs readers on the total installed capacity for each significant Indian state and provides a picture of how the country’s power sector is organized. Additionally, anyone wishing to invest in the power business can benefit from being aware of the list of power plants.
All of India’s nuclear power plants are listed below.
List of all Nuclear Power Plants in India in table format
For the benefit of our readers, we have compiled a list of nuclear power plants in India in the table below:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| KAIGA | 880 | 14.865, 74.4385 | Nuclear | N/A |
| KAKRAPARA | 440 | 21.2384, 73.3489 | Nuclear | N/A |
| KUNDANKULAM | 2000 | 8.1691, 77.1327 | Nuclear | N/A |
| Kudankulam | 2000 | 8.1689, 77.7126 | Nuclear | N/A |
| M.A.P.P. | 440 | 12.5571, 80.1754 | Nuclear | N/A |
| N.A.P.S | 440 | 28.156, 78.4089 | Nuclear | N/A |
| R.A.P.S. | 1080 | 24.8747, 75.6189 | Nuclear | N/A |
| TARAPUR | 1400 | 19.8294, 72.6617 | Nuclear | N/A |
Informational Resources: WRI, Wiki-Solar, National Renewable Energy Laboratory, Industry
Best Nuclear Power Plants in India in 2023
Below is information on the finest nuclear power plant in India:
Powerplant DAE RAJASTHAN Reviews
The 100 MW Nuclear Power Plant was built in Rajasthan, India, in the year XXXX. 24.8747 degrees North Latitude and 75.6189 degrees East Longitude are the coordinates for the DAE Rajasthan power plant. The grid receives additional energy from the nuclear power plant, which has been operational for some time.
Nuclear energy is the main source of fuel for the production of electricity. Since it began operating, the plant has gradually increased its capacity and estimated electricity generation. The Electricity Regulatory Board of Rajasthan is always attempting to lower the cost of electricity for consumers in light of the rising power generation.
The DAE Rajasthan Power Plant site has made significant strides in providing the best power generation possible so that the magnetic readers and microwave lines can transfer to the neighboring states and cities. With the exception of any catastrophes caused by humans or the environment, the facility is still operating and continues to operate largely unhindered.
Powerplant KAIGA Reviews
In Karnataka, India, there is a nuclear power station called the Kaiga Generating Station. It started operating in 2000 and has a total capacity of 880 MW. The power plant is situated at coordinates 14.865 latitude and 74.4385 longitude.
The Kaiga Generating Station’s principal source of fuel is nuclear energy. A regulated release of energy from an atom’s nucleus results in nuclear energy. This makes it possible for the station to create power in a way that is cheap, efficient, and clean. Additionally, it lessens emissions caused by the use of fossil fuels.
Since it began operating, the plant has produced an estimated 4,892 GWh of electricity annually, which is more than enough to power 4 million people. By offering a consistent and low-carbon source of power, the facility has increased India’s energy security. Additionally, it is assisting in reducing India’s reliance on coal-based energy, which has been connected to environmental issues including air pollution.
Powerplant KAKRAPARA Reviews
A nuclear power facility called Kakrapara 440 is situated in Gujarat, India. It has a 440 megawatt capacity and generates roughly 6.4 gigawatt hours of electricity each year. The location of the power plant is 21.2384 N and 73.3489 E. This power plant uses primary fuel, like uranium-235, which necessitates additional safety precautions during operation and maintenance.
The power plant was put into operation in 1992, and it has been providing the Indian state with electricity ever since. It is built with particular features that enable it to endure catastrophic floods of up to 84 meters and earthquakes with a magnitude of up to 6.5. For increased safety, it also has a scram protection system and a triple reactor coolant system.
Powerplant KUNDANKULAM Reviews
A 2000 MW nuclear power plant known as Kundankulam Power Plant may be found in Tamil Nadu, India’s Tirunelveli district. The nuclear power plant is located at 8.1691 degrees latitude and 77.1327 degrees longitude and is owned by the Nuclear Power Corporation of India. The power station was built in 2013 and uses nuclear energy as its main fuel source. Over 8,000 MW of power are predicted to be produced annually.
Officials from the Indian government and the Nuclear Power Corporation of India made commitments to lower energy generation costs, boost safety by putting the most up-to-date international control safety procedures in place, and increase local employment through the construction of the power plant. As a result, the plant is currently offering the area an effective energy option. In order to enhance the safety and security of the power produced, the power plant is outfitted with the most cutting-edge technology.
The Kundankulam Power Plant, one of India’s largest nuclear power plants, will likely soon supply electricity to close to 10 million homes. The facility is anticipated to lessen India’s reliance on fossil fuels and open the door for nuclear energy to be used for the nation’s regular electricity generation.
Powerplant Kudankulam Reviews
A nuclear power facility called Kudankulam is situated at 8.1689 N 77.7126 E in the Indian state of Tamil Nadu. It began operations in 2013 and can produce 2000 mega Watts. It was constructed in association with Atomstroyexport of Russia and the Nuclear Power Corporation of India Limited (NPCIL) of India. The facility was constructed over a nine-year period and is designed to withstand earthquakes and cyclones.
Kudankulam generates a significant portion of its energy from nuclear fuel. The Department of Atomic Energy (DAE) is directly in charge of and strictly regulates the nuclear power industry in India. These nuclear power facilities are constructed in accordance with the most recent safety rules, and their stability is constantly checked. To guarantee the secure operation of these plants, the DAE and international regulatory bodies like the International Atomic Energy Agency (IAEA) also maintain a strict monitoring protocol.
According to estimates, Kudankulam produces almost 17,000 GWh of energy yearly, making it a priceless source of clean energy for Tamil Nadu’s millions of residents. It served as an effective model of international cooperation and laid the stage for other fruitful partnerships in the nuclear energy sector.
Powerplant M.A.P.P. Reviews
Near the cities of Tiruchirappalli and Thanjavur, in Tamil Nadu, India, is the 440 megawatt M.A.P.P. nuclear power plant. The Madras Atomic Power Plant is its full name, and its precise location is at 12.5571 degrees N latitude and 80.1754 degrees E longitude. The Geological Survey of India and the Nuclear Power Corporation of India jointly own it. It is the second-oldest power station in India and the first nuclear power plant in Tamil Nadu.
The only nuclear power station in India’s south, M.A.P.P., was put into operation in 1984. Uranium fuel is the main source of energy for the facility, which produces electricity. It is a component of the larger Madras Nuclear Power Complex, which also includes the 440 megawatt Madras Atomic Power Plant and the 540 megawatt Rajasthan Atomic Power Station. Tarapur Atomic Power Station has a capacity of 220 megawatts. A rough estimate of the power plant’s annual output is 4 billion kilowatt-hours of electricity.
Powerplant N.A.P.S Reviews
A nuclear power station called the Nuclear Atomic Power Station (N.A.P.S.) can be found at coordinates 28.156 and 78.4089. It started working in June 2020 and generates 440 megawatts of net power, according to estimates. This power plant’s main source of fuel is nuclear energy, which it uses to produce power through nuclear fission reactions that release heat energy.
To ensure that radiation levels and emissions from its plant stay below acceptable ranges, N.A.P.S. implements a number of safety precautions. It now makes use of a number of containment mechanisms, including fire protection, radiation inspection, and emergency shutdown systems. The plant also has a sophisticated system for monitoring air quality, which keeps an eye on any possible contamination levels. The security of the surrounding area is likewise guaranteed by this monitoring.
N.A.P.S is a component of India’s pledge to rely less on coal-based energy and place more of an emphasis on renewable energy sources. India wants to raise its nuclear power output to 22,480 megawatts, and N.A.P.S. is key to realizing this goal. Millions of people in the area should continue to receive clean, dependable electricity from N.A.P.S for many years to come.
Powerplant R.A.P.S. Reviews
1996,620 MW
R.A.P.S stands for Rajasthan Atomic Power Station, which is situated in the nation of India at the latitude and longitude of 24.8747 and 75.6189, respectively. This nuclear power station is one of India’s largest generating units, with a rated capacity of 620 megawatts. In order to comply with the rules of the country’s rising electricity needs, the plant was put into operation in 1996.
With an estimated 620 megawatts of power generation capacity and nuclear fuel as its major fuel source, R.A.P.S. has been able to keep running. The bulk of India has been able to receive stable and trustworthy energy from R.A.P.S, one of India’s largest nuclear energy producers, with no unsettling problems or effects.
The near proximity of this nuclear power plant to densely populated areas has been crucial for safety and security compliance, signaling a secure and reliable energy future. The plant, which mostly relies on nuclear energy, has been able to meet quality-based standards and continues to be one of India’s most dependable and dependable sources of energy.
Powerplant TARAPUR Reviews
Geographically, Tarapur Atomic Power Station is situated at 19.8294 N 72.6617 E in Tarapur, Maharashtra. It is a nuclear power station with a 1400 Megawatt (MW) installed capacity overall. The state-owned Nuclear Power Corporation of India Limited constructed the Tarapur Atomic Power Station, the largest nuclear power plant in India and one of the oldest still in operation. It was put into service on April 10, 1969, and on October 10, 1969, it started doing business.
The nuclear power station has two pressurized VVER type units and a light water reactor unit. Nuclear energy, which is created by the carefully controlled reaction of fission in uranium enrichment inside the reactors, is the main fuel utilized in Tarapur Atomic Power Station. The Tarapur Atomic Power Station has produced an estimated 94,620 Megawatt-hours (MWh) of energy to date, per the data.
FAQ
Q. What is the current capacity of Nuclear Power Plants in India?
A. India now has 22 nuclear power reactors in operation with a total installed capacity of 6,780 MW. About 3% of the nation’s installed electricity capacity is represented by this.
Q. How many nuclear reactors are under construction in India?
A. India is now building six nuclear reactor units in total. All of these reactors are 700 MW Pressurized Heavy Water Reactors (PHWR), which were all designed domestically.
Q. What are the benefits of nuclear power plants?
A nuclear power plant produces no carbon dioxide or air pollution, making it a clean and renewable source of energy. It is also the most effective way to produce energy. A nuclear power station needs around 600 g of fuel to produce one kilowatt hour of energy, according to the World Nuclear Association. Nuclear power plants may also produce consistent and dependable energy 24/7.
Q. What are the disadvantages of nuclear power plants?
A. Nuclear power plants’ primary drawback is that they produce extremely radioactive material, which poses a serious health risk. Another issue that nuclear power facilities have failed to tackle is the storage of radioactive waste. Accidents at plants have the potential to discharge radiation and seriously injure living things.
Q. What safety measures are taken for Nuclear Power Plants in India?
A. The Atomic Energy Regulatory Board’s (AERB) strict nuclear safety criteria were used in the design of every NPPS in India. These include things like radioactive waste management procedures, staff awareness campaigns, and evacuation drills. Periodic safety evaluations and inspections of these nuclear power stations are also handled by the AERB.
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Cory Combs is the Lead Writer and a key contributor at PowerPlantForum.com, a top resource for energy professionals and enthusiasts. With over a decade of experience in power plant operations and a degree in Electrical Engineering, Cory is a recognized authority in the field. His expertise in optimizing energy systems is informed by extensive hands-on experience and research. Follow Cory for the latest updates and expert insights on Instagram.