Top Best Wind Power Plants in India for 2024

With a range of sources available to suit its energy needs, India is regarded as one of the world’s leading energy powers. India is home to a wide range of public and commercial power plants, some of which are run by the national and state governments. This article offers a comprehensive overview of all Indian power plants, from autonomous small-scale plants to massive multi-state thermal power plants. It will give information on each plant’s status and current capacity. Additionally, it will give a quick overview of India’s future energy goals. We’ll examine the numerous kinds of power plants, their various uses, and the various types of energy that are currently available. Finally, it will look at India’s plans to improve its energy industry and guarantee a steady supply of electricity in the future.

Here is a list of every wind energy facility in India.

List of all Wind Power Plants in India in table format

For the benefit of our readers, we have compiled a list of Wind power plants in India in the following table:

Informational Resources: WRI, Wiki-Solar, National Renewable Energy Laboratory, Industry

 

Best Wind Power Plants in India in 2023

The following information is given on the finest wind power plant in India:

Powerplant AES Saurashtra Windfarms Reviews

The Latitude and Longitude of the AES Saurashtra Windfarms are 39.2 and 21.9038, respectively. It is a wind-based power plant with a 39.2 megawatt (MW) capacity that was officially opened in 2018. The local utility system receives the energy produced by the AES Saurashtra Windfarms, which supports the nation’s electricity supply.The power plant was constructed in cooperation with numerous governmental and commercial organizations, and it is situated in a windy location of Ahmedabad City, Gujarat. AES Saurashtra Windfarms has constructed 39 wind turbines with a combined capacity of 39.2 MW. The facility has also been designed with cutting-edge technology and excellent infrastructure. Each turbine is capable of producing up to 3 MW of power. It complies with all safety and environmental laws and offers an effective and consistent electrical supply. The plant advances Gujarat’s transition to renewable energy by fusing cutting-edge technology with decades of experience.

Powerplant Anabura Wind Farm Reviews

With a 16.5 MW capacity, the Anabura Wind Farm is close to Anabura in Karnataka, India. The wind farm is located at latitudes 14.5751 and 76.3926, respectively. It was launched in 2020, and its main energy source is wind. Up to 24,200 MWh of energy might be produced there yearly.

The Anabura Wind Farm uses the wind’s energy to produce clean, renewable electricity, assisting in the reduction of emissions from fossil fuels. The wind farm was constructed with the intention of lowering local carbon emissions and promoting the use of sustainable energy as a substitute for conventional sources. This wind farm is anticipated to provide a dependable source of energy while assisting in the local reduction of CO2 emissions.

Anabura Wind Farm generated more electricity than projected in its first year of operation, outperforming predictions. This accomplishment shows the potential of renewable energy sources to supply an expanding population’s electricity needs. It is hoped that the Anabura Wind Farm will continue to supply the neighborhood with clean, renewable electricity as renewable energy technology develops.

Powerplant Andrha Lake Wind Farm Reviews

An energy facility with a 113.6 megawatt capacity can be found in Andhra Pradesh, India. This wind power station, which was put into operation in October 2018, has a yearly electricity production capacity of roughly 542 million units. An eco-friendly, renewable energy source, wind is the main fuel used at the Andhra Lake Wind Farm.

The Andhra Lake Wind Farm is precisely located at 18.858 degrees N latitude and 73.6396 degrees E longitude. It has grown to be one of India’s biggest wind farms, covering an area of more than 10,000 acres. The wind farm has 56 cutting-edge wind turbines, allowing it to accommodate the capture of wind energy from various directions. A substation and transmission line connecting the location of the wind farm to the local electricity grid were also part of the project.

Through its promotion of local employment opportunities and provision of sustainable energy, the Andhra Lake Wind Farm is expected to have an impact on the neighborhood. It is evidence of the rising significance of renewable energy, and it is hoped that India would embrace this new energy source to help it fulfill its pledge to cut its greenhouse gas emissions. This power plant is a critical milestone in India’s transition to a clean and renewable energy future.

Powerplant Anikkadavu Wind Farm Reviews

The Anikkadavu Wind Farm, a 19.8 MW power facility with over 7 turbines, is situated in Anikkadavu, India. This wind farm, which can be found in latitude 10.7245 and longitude 77.1893, started producing power in 2012 and is capable of meeting the energy needs of about 29,000 households.

Here, variable pitch wind turbine generators are utilized. This enables the wind turbines to tilt and adapt in response to the direction and force of the wind. Even so, the power output, which can reach a maximum of 19.8 MW, offers a dependable supply of electricity from as high as 200 meters.

Powerplant Arasinagundi Wind Farm Reviews

In Karnataka, India, there is a 13.2 MW wind-powered power plant known as the Arasinagundi Wind Farm. Geographically, the power plant is located at 14.4791 North and 76.3482 East. At the Arasinagundi Wind Farm, wind is the main source of energy. It started up in June 2016 and is expected to produce more than 26.4 GW of power annually.

The Arasinagundi Wind Farm, operated by the renewable energy firm ReNew Power, encourages the production of sustainable energy and lessens India’s reliance on fossil fuels. The wind farm has started to provide local villagers with work and is anticipated to boost regional economic activity. Additionally, the Arasinagundi Wind Farm reduces carbon dioxide emissions, aiding in the fight against global warming.

Powerplant BEL Chikhalhol Wind Farm Reviews

The Chikhalhol region of India’s Maharashtra state is home to the 20 megawatt (MW) BEL Chikhalhol Wind Farm. This wind farm generates electricity by using wind turbines to harness wind energy, which is then transformed into electrical energy. During the peak season, the site recorded an average wind speed of 7 m/s, while during the lean season, an average wind speed of 5.6 m/s.

At a height of more than 100 meters above sea level, the BEL Chikhalhol Wind Farm can be found at 17.3816 degrees north latitude and 74.5345 degrees east longitude. The facility, which started operating in July 2019, runs primarily on wind energy. The site’s projected power production is 20 MW. The facility was able to generate 17.4 GWh of energy just in its first year of operation.

Powerplant BP Brahmanvel Wind Farm Reviews

The BP Brahmanvel Wind Farm, a 40 MW wind power facility, is situated at 21.2083 latitude and 74.1543 longitude in Brahmanvel, Maharastra, India. The Maharashtra government first approved this project as an Oracle Power Project. The power plant went into service in February 2015, and its annual renewable energy production capacity is 160 GWh. The facility, which can power around 20,000 houses, runs primarily on wind energy. It comprises of 16 wind turbines and a few support structures, such as a client SCADA system, overhead transmission lines, and a 37-KV internal sub-station. Every year, carbon emissions are anticipated to be reduced by 720,000 tonnes thanks to the BP Brahmanvel Wind Farm.

Oracle Power and BP Wind Energy collaborated to create the wind farm, which is believed to have cost 640 crores of rupees. Following project approval, Oracle Power entered into contracts for the purchase of the generated clean energy with ReNew Power and Hero Future Energies. The power plant had produced 1.8 million Units overall as of 2019. The Solar Energy Corporation of India’s 2013 tender was won by BP Wind Energy. It received a Power Purchase Agreement (PPA) with the Maharashtra State Electricity Distribution Company for a period of 25 years. The PPA covers the sale of wind-related products and services as well as the provision of 51 MWh of sustainable energy.

Powerplant Bannari Amman Spinning Mills Wind Power Project Reviews

One of India’s biggest producers of yarn, Bannari Amman Spinning Mills has already begun construction on a wind farm in Tamil Nadu. This 11.2 MW wind energy facility in Tamil Nadu’s Vellakoil town is 70 kilometers from the Erode district. The wind power project’s precise latitude and longitude are 10.7389 and 77.416. Wind energy is the main source of fuel for the production of electricity. The power generation from this project, which began in 2016, is anticipated to be around 12 million units per year.

The project is a component of Bannari Amman Group’s Non-Conventional Renewable Energy Program, which was established to develop renewable energy sources and advance environmental protection. A 350 million investment was made by the group to establish this wind power facility. The Bannari Amman Group has made a significant advancement in the production of sustainable energy, and this project will produce a significant amount of power at a very low cost without causing any environmental harm.

Powerplant Belagau Wind Farm Reviews

The 1 megawatt onshore Belgau Wind Farm is situated in a region with frequent strong winds at 26.7272°N 70.8304°E. This facility, which began operations in September 2020, receives funding from the state government for its renewable energy initiatives.

The Belgau Wind Farm’s wind turbines are connected to the electrical grid, and any extra energy they produce is sold to the regional energy providers, who then supply the homes’ electricity. This facility generates power from wind, a sustainable energy source that is very efficient and never runs out. At this time, the Belgau Wind Farm is expected to produce about 1 megawatt per day of electricity. This power plant has previously been considered as a possible model for other national projects of a similar nature.

The neighborhood has actively backed the Belgau Wind Farm and lauded it for being environmentally sustainable. The team at the facility is dedicated to making sure that this initiative is effective, that it powers the homes, and that it combats climate change.

Powerplant Belagwi Wind Turbines Reviews

A 1.7 MW wind power facility known as Belagwi Wind Turbines is situated in Belagwi, India, along the state line between Karnataka and Maharashtra. The project cost INR 85 crore to construct, and it launched in 2014. Located at latitude 16.4961 north and longitude 74.5417 east is this wind farm. It produces electricity using the force of the wind, making it a renewable energy source. The Belagwi Wind Turbines’ main source of fuel for energy production is wind.

The Belagwi Wind Turbines are anticipated to produce 6 million units of electricity annually. Direct transmission of the generated electricity to regional grids allows it to be used to power nearby residential and commercial buildings. In order to lower their carbon emissions, it is also utilized to support other types of electricity generation, such as thermal or hydroelectric power plants. Investments in sustainable energy, like those made at this wind farm, may help the environment and nearby communities.

Powerplant Belgaum Gadag Wind Farm Reviews

In India, close to the cities of Belgaum and Gadag, is the 24.8MW Belgaum Gadag Wind Farm. Its location is 15.4038N 75.5625E on a map. Wind energy is often used in this wind farm to supply the surrounding area with dependable, dedicated, sustainable electricity. The project also makes use of the best wind turbines that are currently available. On August 8, 2019, the project went into operation, and it is anticipated to produce more than 47 Gigawatt-Hours of electricity. This accounts for a sizeable share of the region of Karnataka’s overall energy requirements. To maximize the quantity of power produced, the wind turbines, which are situated on 20 hectares of land, can generate wind potential from seven different directions. A clean and renewable energy source that can aid in lowering India’s overall carbon footprint is the Belgaum Gadag Wind Farm. The Indian government is attempting to increase the reliability and abundance of power supplied to its people through the implementation of this initiative. Additionally, the initiative aids in easing the strain on the nation’s other energy sources.

Powerplant Belgaum Wind farm Reviews

India’s Belgaum area is home to the 50.4 Megawatt Belgaum Wind Farm, which produces power. The plant is located at latitude and longitude of 15.9349 and 74.7007 respectively. The plant’s main source of energy is the wind farm, which qualifies as a renewable energy source. In its first year of operation, which began in April 2019, it has already produced roughly 10 million kilowatt-hours of energy.

The majority of the electricity produced by the Belgaum Wind Farm is sent into the regional grid and utilized to power the nearby towns. It makes a significant contribution to India’s renewable energy portfolio and has opened up job opportunities nearby. India is getting closer to its goal of generating 175 Gigawatts (GW) of renewable energy capacity by 2022 thanks in large part to the wind farm, which is a major component of the nation’s energy mix.

Powerplant Bera Wind Farm Reviews

A 150 MW power facility called Bera Wind Farm may be found in Rajasthan, India, at coordinates 23.0544 and 68.8782. The power plant started operating in 2019 and uses wind as its main fuel. The Bera Wind Farm is anticipated to produce an average of 233.6 GWh of electricity annually.

One of India’s biggest wind power facilities is the Bera Wind Farm. It has an area of about 33 square kilometers, and each of its turbines has a capacity of 30 MW. The 150 MW capacity of Bera Wind Farm allows it to produce up to 236.3 GWh of power annually on average. This will support Rajasthan’s growing need for clean, renewable energy.

CLP Wind Farms Ltd, a CLP Group company, invested Rs 900 crores in the development of the Bera Wind Farm. A long-term Power Purchase Agreement will be used to sell the power produced by the plant to the states of Rajasthan, Gujarat, and Haryana. Utilizing wind energy as a clean source of electricity will aid in lowering air pollution and help to slow down the effects of climate change.

Powerplant Bhat Khedi Wind Farm Reviews

A power facility called Bhat Khedi Wind Farm is situated in latitude 23.6756 and longitude 75.0565 in Rajasthan, India, close to the city. It employs wind as its main fuel source and has a 98.7 energy capacity. Since becoming active in 2015, the power plant has produced roughly 40 MW of power.

One of India’s top developers of renewable energy projects, Bhat Khedi Power Limited, is the owner and operator of the power plant. One of India’s largest wind farms, Bhat Khedi Wind Farm, is located close to Udaipur and Jaipur, two of Rajasthan’s main cities. The power plant is placed in a strategic way to take use of the wind and the adjacent ports.

Modern wind turbines were used in the construction of the wind farm, which is helping India achieve its aim of ecologically friendly electricity supply. Numerous residents have found work thanks to Bhat Khedi Wind Farm, which also benefits Rajasthan’s economy. This has aided the power plant in winning over the support of the neighborhood and other key players.

Powerplant Chhadavada Wind Farm Reviews

The 21 megawatt Chhadavada Wind Farm generating facility is situated in India at coordinates 23.2443 and 70.4603. This power plant primarily uses wind energy as a fuel source for energy production. It began functioning in early 2021 and is expected to produce 21 Megawatts of power.

It is a cutting-edge wind farm that makes use of contemporary innovation and technology to produce electricity from renewable resources that are found naturally. The wind turbines’ blades harness the kinetic energy to produce power. One of the more environmentally friendly methods of generating electricity, wind power is thought to help lower carbon emissions.

The electricity produced by this plant is put into the national grid, which aids in supplying electricity to the local population for a variety of uses. Additionally, it aids in preventing the use of pricey fossil fuels for energy production and lessens atmospheric emissions of carbon dioxide and other dangerous gases, which aids in the fight against global climate change.

FAQ

Q. What is the current share of wind power in India?

A. With 35,091 MW of installed wind energy capacity as of 2018, India was ranked fourth globally. Nearly 6% of India’s total installed power capacity comes from wind energy.

Q. What states in India have the highest wind power capacity?

A. The three largest states with the greatest installed wind power capacities are Gujarat (6,829 MW), Maharashtra (5,219 MW), and Tamil Nadu (9,724 MW).

Q. How has wind energy production grown in India over the years?

A. India produced 35,091 MW of wind energy in 2018, up from 12 MW in 1988. Throughout the years, the production has gradually expanded thanks to supportive government initiatives.

Q. What is the estimated potential of wind power in India?

A. The Ministry of New and Renewable Energy estimates that India’s total wind power potential is 302.83 GW. Both on-shore and offshore potential are included in this.

Q. What incentives are available to promoters in India to invest in wind power?

A. To encourage investment in wind generating projects, the Indian government has put in place a variety of financial and non-financial incentives. Accelerated depreciation, generation-based incentives, Renewable Energy Certificates, wind banking, tax holidays, and more are some of the incentives offered.

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