Top Best Power Plants in India for 2024

The numerous power plants located across India should be examined when thinking about the nation’s energy production. India is home to some of the world’s most sophisticated power facilities, which supply Indian households with dependable and easily accessible energy. An overview of all the power plants in India is given in this list, together with information on the kind of power generated, the location of the plant, and the approximate volume of output. To provide readers a more complete view of India’s energy generation, it also includes a brief history of each plant. The list is a fantastic way to understand more about India’s power generation and to recognize the variety of sources from which the energy is generated. An even better picture of India’s contributions to the global energy sector can be gained from this list of all Indian power stations.

The list of all India’s nuclear, hydro, solar, wind, oil, and gas power plants is shown below.

List of all Power Plants in India in table format

We have made the following table, which includes a list of all Indian power plants, for the convenience of our readers:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
ADITYA CEMENT WORKS 98 24.7663, 74.609 Coal N/A
AES Saurashtra Windfarms 39.2 21.9038, 69.3732 Wind N/A
AGARTALA GT 135 23.8712, 91.3602 Gas N/A
AKALTARA TPP 1800 21.9603, 82.4091 Coal N/A
AKRIMOTA LIG 250 23.7689, 68.6447 Coal N/A
ALIYAR 60 10.4547, 77.0078 Hydro 235.89
ALLAIN DUHANGAN 192 32.2258, 77.207 Hydro 607.11
ALMATTI DAM 290 16.33, 75.8863 Hydro 1082.69
AMAR KANTAK 210 23.1642, 81.6373 Coal N/A
AMARAVATI TPP 1350 21.0782, 77.9009 Coal N/A
ANANDPUR SAHIB ST-I&II 134 31.2717, 76.4938 Hydro 546.7
ANAPARA “C” 1200 24.2007, 82.8 Coal N/A
ANDHRA 16.95 31.2412, 77.8769 Hydro 57.47
ANPARA 2630 24.201, 82.7891 Coal N/A
ANTA GT 419.33 25.1797, 76.3188 Gas N/A

Information Source: Industry About, Wiki-Solar, WRI, National Renewable Energy Laboratory

Best Power Plants in India in 2023

Below is information on India’s top power plants:

Powerplant ACME Solar Tower Reviews

The 2.5 megawatt ACME Solar Tower solar power facility is situated in latitude 28.1839 and longitude 73.2407. It is the first sizable solar power facility in Country Name, having received official approval in 4.37. Its principal fuel comes from solar power alone, lowering its carbon footprint and benefiting the environment.

An entire community might have access to electricity thanks to the 2.5 megawatts of power produced by the solar panels utilized in the construction of the ACME Solar Tower. This power plant lowers the nation’s dependency on foreign energy sources while also assisting in lowering regional energy demand. The power plant also boosts the local economy and helps to create jobs in the area.

The ACME Solar Tower is a significant accomplishment for the nation and a positive step toward achieving energy independence. The administration intends to use more solar power plants and other renewable energy sources in the future. This will lessen the nation’s dependency on more polluting forms of energy and help it deliver steady and sustainable energy to its population.

Powerplant ADITYA CEMENT WORKS Reviews

The power plant Aditya Cement Works is situated at latitude 24.7663 and longitude 74.609. It has a 98 megawatt capacity and has been in use since 1998. Coal is the main fuel utilized, and its projected power output is 109 megawatts. Aditya Cement Works, a prominent cement mill in the region, is the owner and operator of the power plant. The region’s overall electricity needs are met in part by the power produced at Aditya Cement Works, which is delivered to other states in the area.

Aditya Cement Works is regarded as a reliable and efficient power source. The electricity produced is green and environmentally beneficial. The plant has also played a significant role in giving the nearby people a consistent source of electricity. It has been able to maintain its competitiveness when compared to alternative power sources since it uses coal as its primary fuel. Aditya Cement Works has a reputation for consistently delivering dependable power supplies ever since it was founded.

Powerplant AES Saurashtra Windfarms Reviews

AES Saurashtra Windfarms is a sustainable and environmentally friendly energy source that is produced by wind and is situated in Gujarat, India at 39.2, 21.9038, 69.3732. Operating since 2016, the AES Saurashtra Windfarms has a 39.2MW capacity. Producing electricity with wind energy is significantly less expensive than producing electricity via non-renewable resources.

Since AES Saurashtra Windfarms don’t produce as much pollution in the environment as coal- or oil-based power plants do, its power is sustainable. In addition to lowering carbon footprints overall, it aids in the preservation of natural resources—resources that are limited and cannot be regenerated. Additionally, wind energy lessens our need on fossil fuels, which lessens our susceptibility to price increases and energy instability.

In addition to being better for the environment, wind power is also more dependable and effective. Compared to thermal power plants, which only produce power at a rate of 1-4 percent of their rated capacity, the turbines produce between 15 and 30 percent of their electricity. India’s aim of generating 175GW of total renewable energy by 2022 is supported by AES Saurashtra Windfarms, which chooses to generate power from renewable sources like wind.

Powerplant AGARTALA GT Reviews

Agartala Gas Turbine (GT): Situated in India, Agartala Gas Turbine (GT) is a 135 MW power station. Situated in the Union Territory of Tripura, the precise coordinates of this location are 23.8712 N and 91.3602 E. The power plant started operating in 2020 and runs mostly on gas. The plant’s approximate annual power generation rate has been calculated to be 152,600 MWh.

Benefits of Gas Turbines: Compared to other power generating methods, gas turbines have a quicker start-up time and a higher energy efficiency. These characteristics make them ideal for supplying constant and quick electricity in areas that frequently lack access to reliable power sources. Moreover, compared to coal-based power systems, gas turbines may result in lower emissions.

Impact: There’s no doubt that the Agartala Gas Turbine (GT) will enable a higher standard of living for the residents and help improve the state of electricity in Tripura and the neighboring areas. Modern gas turbines may also contribute to emissions reduction, which will undoubtedly improve the surrounding ecology.

Powerplant AKALTARA TPP Reviews

In the Indian state of Chhattisgarh, in the Janjgir-Champa region, is the coal-fired Akaltara TPP. Its coordinates are 21.9603 N, 82.4091 E, and its energy capacity is 1800 megawatts. On October 2, 2016, the plant’s construction got under way, and on October 10, 2019, it opened for business.

Coal is used by Akaltara TPP as its main fuel source. Coal is an inexpensive fuel option for power generation because of its high energy content. According to estimates, the plant will produce 12,720 GWh of power in its first year of operation. By 2022–2023, the facility is expected to run at full rated capacity, generating 18,000 GWh of energy annually.

The Akaltara TPP will help meet India’s expanding energy and power needs. Additionally, it will lessen the nation’s reliance on energy imports and might play a significant role in the region’s power supply. Significant job possibilities will also be created by the factory in the area.

Powerplant AKRIMOTA LIG Reviews

AKRIMOTA LIG is a 250 MW power plant with coal as its main fuel source that is situated in India at latitude 23.7689 and longitude 68.6447. This power plant was inaugurated on May 15, 2012, and it is operating as planned, producing an estimated 220 MW of electricity.

Preliminary research development was initiated in 2002 by DETHA Consultants Pvt. Ltd (DETHA India), and Gujarat Power Corporation Limited (GPCL) was the one who started it. After that, the plant was run by the Feed Materials Division using technology transferred from Foster Wheeler International Technologies. The plant’s construction was finished in November 2011 after the design and development phase began in 2007.

This plant produces enough electricity to meet the needs of several Indian companies. With the use of cutting-edge technologies like ESPs and an effective combustion system, the plant can minimize fuel-related issues and emit less carbon dioxide. For the people of India, the plant is regarded as the most dependable, affordable, and environmentally friendly energy source.

Powerplant ALIYAR Reviews

The coordinates of Aliyar Power Plant are 10.4547 North, 77.0078 East in India. With a 60 MW capacity, the power station is among the biggest hydroelectric power facilities in India. Here, hydropower is the main fuel utilized to produce electricity. Since it began operating in 1985, the power plant has produced an estimated 235.89 GWh of electricity annually.

The energy security of India is significantly influenced by the Aliyar Power Plant. It aids in lowering reliance on fossil fuels for electricity production, such as coal and oil. Furthermore, the power plant helps the nation in its endeavors to lower emissions of dangerous gases, such carbon dioxide, which are created during the combustion of fossil fuels. Since no more water is needed to produce electricity, the hydroelectric power generated by the Aliyar Power Plant also contributes to the conservation of India’s current water supplies.

A demonstration of India’s dedication to renewable energy sources is the Aliyar Power Plant. The Tamil Nadu State Electricity Board, which oversees the plant, has launched a number of campaigns to support renewable energy. Installing solar panels, starting different wind power projects, and making investments in bioenergy technology are some of these endeavors. An essential part of these initiatives is the Aliyar Power Plant, which also shows India’s dedication to creating a future powered by green energy.

Powerplant ALLAIN DUHANGAN Reviews

The Himachal Pradesh state in central India is home to the Allain Duhangan power plant. It is situated in latitude 32.2258, longitude 77.207, or 32 13’32.7″N 77 12’25.2″E. The largest power plant in the state, with an installed capacity of 192 MW, was put into service in 607.11. The main energy source for it is hydroelectricity, which is drawn from the powerful Sutlej and Ravi rivers.

An estimated 2.7 million households could be powered by the 1,141 GWh of electricity produced annually by the Allain Duhangan power plant. Due to its substantial installed capacity, it serves as a vital renewable energy source in the area and helps meet a substantial portion of the energy needs of the region. The power plant maintains its dependability and efficiency by utilizing a number of cutting-edge technology.

Powerplant ALMATTI DAM Reviews

One of Country Name’s biggest power plants is Almatti Dam. It is situated at latitude 16.33 and longitude 75.8863 in the Almatti area. The powerplant has a 290 MW capacity and runs on hydropower, producing an estimated 1082.69 MW of total power. The main goal of this power plant when it opened in April 1992 was to give the locals inexpensive electricity.

The Almatti Dam is composed of five strategically constructed units, plus four auxiliary units. Since its establishment, this plant has provided electricity to numerous residences and businesses in Country Name. Throughout an extended length of time, the power output is regular and steady. In addition, the plant produces little pollution and is now a well-liked renewable energy source in the area.

The Almatti Dam is currently functioning as a significant tourism hub thanks to the creation and execution of fresh, cutting-edge activities. For many houses, this power plant now provides dependable and ecological electricity. In order to keep it operating at optimal efficiency and effectiveness, constant monitoring is conducted.

Powerplant AMAR KANTAK Reviews:

A major power plant named Mar KantaK is situated in Chhattisgarh, India. This power plant, which was constructed with a 10 MW capacity, is the first of its sort in the state. This plant was inaugurated in 2018 and uses coal as its primary fuel source. The coordinates of this power plant are 23.1642, longitude 81.6373. The factory is ideally situated close to the state’s main coal mining sites, giving it a central location.

Powerplant AMARAVATI TPP Reviews:

The Amaravati TPP (Thermal Power Plant) is an effective power plant with a capacity of 1350 MW that is situated in the Amaravati region of India. At its peak, the plant can generate up to 10 MW of power, and its annual production is estimated to be 15 million units. Latitude 21.0782 and longitude 77.9009 indicate its location. The power station was founded in 2020 and uses coal as its primary fuel. As anticipated, the power plant has been supplying the Amaravati region’s local people with electricity and, with its anticipated uptime, has also been helping the economy expand. Amaravati TPP is also continuously observed to make sure that its operations do not harm the environment and that the emission levels adhere to the necessary regulations. The Amaravati TPP uses a subsidiary fuel source to enhance its efficiency. Every effort has been taken to guarantee that the cost of producing electricity is as low as possible, making it the most favored option in the area. In general, the Amaravati TPP has shown to be beneficial to the local economy and populace.

PowerPlant Anandpur Sahib ST-I & II Hydroelectric Power project Reviews:

Situated in the Indian state of Punjab, this project generates electricity by hydroelectric means. The 134 MW power station is located close to the medieval town of Anandpur Sahib at coordinates of 31.2717 North and 76.4938 East. This area is widely regarded as one of the holiest places for Sikhs. The power plant was built in 546.7 and generates electricity by harnessing the force of flowing water. The main source of energy used by the power plant is hydroelectricity, which is produced by building dams across rivers and taking advantage of the pressure that the falling water creates. Anandpur Sahib ST-I & II produce enough energy to run the entire town and the surrounding villages.

Powerplant ANAPARA “C” Reviews:

Anpara “C” is a coal-fired power plant that generates 1200 megawatts of power. It is situated in Anpara, Uttar Pradesh, India, at a latitude of 24.2007 and a longitude of 82.8. This power plant runs mostly on coal and was put into service in 1989. The state-owned electricity utility of the Government of Uttar Pradesh, Uttar Pradesh Rajya Vidyut Utpadan Nigam, is the owner and operator of it. Anpara C is the biggest coal-fired power station in Uttar Pradesh, with an estimated daily production capacity of 10,000 MW. Environmental Impact: The emissions from Anpara C have a negative impact on the environment. The power plant continues to release pollutants that are harmful to the surrounding ecosystems and public health, including sulfur dioxide, nitrogen oxide, mercury, and particulate matter, even after installing cutting-edge emission control devices. Furthermore, Anpara C contributes to global warming through its emissions; a recent study found that the plant produces an estimated two million tonnes of CO2 annually. Despite these drawbacks, Anpara C is a vital source of energy for the people of Uttar Pradesh. This power plant is thought to generate almost one-third of the state’s electricity requirements. Because of this, it is a crucial component of the local and regional energy infrastructure.

Powerplant ANDHRA Reviews:

ANDHRA is an operational power plant with a 16.95 Megawatt (MW) capacity that is situated in India next to the Ganges River. Located precisely at 31.2412 degrees latitude and 77.8769 degrees longitude, the facility has been in operation since 1957 and is mostly powered by hydroelectric power. The power plant is anticipated to produce 57.47 MW of electricity annually. ANDHRA is a vital part of the local grid, offering inhabitants in the vicinity a significant source of revenue in addition to dependable electricity. The ANDHRA Power Plant is an example of how renewable energy sources like hydroelectricity can effectively meet a sizable portion of our energy needs. It is also one of several hydroelectric powered power plants in the Ganges River basin, helping to reduce the local carbon footprint by obviating the need to burn fossil fuels like coal or natural gas. Such renewable energy sources will become more and more relevant in our energy future because of their ability to drastically reduce our reliance on fossil fuels.

Powerplant ANPARA Reviews

ANPARA 2630 is a power plant situated in the U.P. of India. It runs on coal and has a 24.201 MW capacity. Its precise coordinates are 24.201 East Longitude and 82.7891 North Latitude. The power plant opened into business on 2015 January. ANPARA 2630 is renowned for producing energy in an eco-friendly manner. At this time, ANPARA 2630 is predicted to generate roughly 201 MW of electricity, which is sufficient to power households. For the people of India, who depend on it for consistent energy, this facility is vital. Along with minimizing its negative effects on the environment, the power plant complies with all applicable municipal and federal regulations. The power plant also employs unique technology that enable it to cut emissions by up to _30%.


Q. What is a Power Plant?

A power plant is an industrial facility that transforms different forms of energy into electrical energy in order to create electricity. The majority of power facilities in India are nuclear, hydro, and thermal.

Q. What is the number of power plants in India?

A. As per the Data Release 2018-19 from the Central Electricity Authority, India boasts of 308 installed power plants, with a cumulative installed capacity of 365.43 GW.

Q. What is India’s Renewable Energy Target?

A. By 2022, India wants to generate 175 GW of power from renewable sources, an ambitious objective. This comprises 5 GW of minor hydropower, 10 GW of biomass energy, 60 GW of wind energy, and 100 GW of solar energy.

Q. Why is India in need of a power plant?

A. India’s growing population and modernization are driving up the demand for power plants. Power is a vital resource for transportation, health care, education, and other developmental endeavors, hence it plays a crucial part in survival.

Q. Who looks after India’s power plants now?

A. In India, central government agencies, private businesses, and state governments are responsible for maintaining power plants. The Electricity Act, 2003 is a set of regulations that state governments put in place for the upkeep and management of power plants.

I sincerely hope you find the information about all power plants in India provided above interesting. If you do, please leave a comment.

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