Top Best Wind Power Plants in Pakistan for 2024

Welcome to the comprehensive list of all Pakistani power plants.Pakistan is a nation that is continuously developing and rising, with a very diverse mix of energy sources. A lot of power plants are being built to accommodate the demand for electricity as it rises. All of Pakistan’s operating power plants are included in this list. Each plant’s kind of power generation, capacity, and operator are all listed along with a thorough description. Additionally, a current list of all upcoming projects is given. Pakistan has built the infrastructure necessary to use the many energy resources it has on hand. Nuclear, coal, hydropower, natural gas, wind, solar, and other energy sources are among the options. Pakistan’s energy mix ensures a consistent and dependable energy supply to fulfill the needs of the populace. To better comprehend the nation’s electricity condition, examine the entire list of all power plants and forthcoming projects.

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

List of all Wind Power Plants in Pakistan in table format

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

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Foundation Wind Energy Farm 100 24.5757, 67.4626 Wind N/A
Jhimpir 106 25.0573, 67.985 Wind N/A
Metro Wind Farm 50 25.1715, 67.969 Wind N/A
Tenaga Generasi 50 24.6129, 67.43 Wind N/A
Three Gorges First Wind Farm 100 25.0804, 67.9431 Wind N/A
Yunus Wind Farm 50 25.0645, 67.9946 Wind N/A

Informational Resources: GCPT, Wiki-Solar, CARMA, WRI

Best Wind Power Plants in Pakistan in 2023

Below is information about the top wind power plants in Pakistan:

Powerplant Dawood Wind Power project Reviews

In Karachi, Pakistan, there is a 50MW wind power producing facility called the Dawood Wind Power project. It is located at latitude 24.6721 and longitude 67.4959. The facility is a significant source of electricity in the area and harnesses the energy of the wind to produce clean, sustainable energy. In 2020, the plant began to run, and ever since, it has been supplying electricity to the neighborhood. About 200 million energy units are thought to be produced annually by the plant.

The facility is outfitted with the most recent innovations in wind generation technology, including on-site wind turbines, cutting-edge control systems, and a full complement of sophisticated monitoring equipment. Additionally, the facility is connected to Pakistan’s electrical grid, allowing for better exploitation of the available renewable energy sources. This is advantageous since it lowers expenses like investment in line losses and raises the availability and dependability of electricity.

Powerplant Foundation Wind Energy Farm Reviews

Pakistan’s Foundation Wind Energy Farm is a 100 MW power facility with coordinates of 24.5757 N and 67.4626 E. The facility uses wind turbines to generate its energy, making it the primary renewable energy source in the nation. Since it began operating in 2011, this power plant has been supplying clean energy to numerous locations across the nation. The Foundation Wind Energy Farm is expected to provide enough energy to power up to 400,000 homes, significantly reducing carbon emissions.

A significant development for the nation’s renewable energy sector was the construction of the Foundation Wind Energy Farm. Two Vestas V90 wind turbines with a total output capacity of two MW are now used to power the facility. Other nations have invested in Pakistani renewable energy initiatives as a result of the plant’s presence. As a result, additional wind farms, solar power plants, and geothermal plants have been created, gradually taking the place of fossil fuels in the country’s energy mix.

Powerplant Jhimpir Reviews

Pakistan’s Sindh province is home to the 106 MW Jhimpir wind farm. Longitude 67.985 and latitude 25.0573 are the coordinates of the power plant. It is Pakistan’s first wind power facility that is independently owned and operated. The power plant’s 106 MW installed electricity generation capacity was put into service in April 2017. Wind energy, a renewable and cost-free form of energy that is abundant in this area, is used to power the power plant. It can produce more than 7 million MWhs of renewable energy each year and has an energy resource that is rated as “very good” by class 3 of the Global Wind Atlas. This power plant also contributes to the government’s objective of raising the proportion of renewable energy in the nation’s energy mix in order to lower carbon emissions and give everyone access to clean energy.

Powerplant Metro Wind Farm Reviews

A 50 MW (megawatt) wind-powered power plant called Metro Wind Farm is located in Metro. It is situated at 67.969 degrees east longitude and 25.1715 degrees north latitude. This power plant, which began operating on a commercial basis in the year 1998, uses wind as its main fuel. According to the city’s annul mean wind speed, the power plant can produce approximately 75 GWh (gigawatt hours) annually.

The first wind farm of its sort in the area, Metro Wind Farm has been crucial in promoting environmental awareness in relation to renewable energy sources. It now serves as a representation of the city’s dedication to lowering emissions and increasing access to sustainable energy. The city’s aim for a low-carbon economy is implemented through a number of city initiatives that are given the go-ahead using the power produced by this plant. An accomplished group of engineers oversees the operation of the power plant, which has an admirable safety record.

Powerplant Tenaga Generasi Reviews

Tenaga Generasi is a 50MW power plant in Karachi that can be found at 24.6129 N and 67.43 E. In 2020, the wind-powered power plant began operations. According to estimates, the project can provide enough electricity to supply the area’s hundreds of thousands of houses. Tenaga Generasi, Karachi’s first sizable wind power plant, is anticipated to dramatically lessen the city’s dependency on conventional energy sources.

The power plant is the product of a partnership between the private sector and the Pakistani government to use renewable energy sources. The project is anticipated to assist in meeting Pakistan’s expanding electricity needs, and the plant has already produced sizable amounts of energy. Modern and well-built, Tenaga Generasi is a power plant that uses cutting-edge technology and is built with the environment in mind. The facility is anticipated to lessen the city’s carbon impact and support regional economic development.

Powerplant Three Gorges First Wind Farm Reviews

With a 100MW power plant, the Three Gorges First Wind Farm is a wind farm in China. 25.0804 degrees north and 67.9431 degrees east define the location of the power plant. The main fuel source for the power plant is wind. Power generating started in July 2008, and by March 2009, 50 million kWh of electricity had been produced.

This wind farm’s construction was divided into two stages. 50 turbines were installed during the first phase, and 50 more were installed during the second phase. The power plant’s turbines have a total capacity of 100MW, with each turbine having a 2MW capacity. The local grid is supplied with electricity thanks to the interconnection of all the turbines. It is predicted that the wind farm will produce 242 million kWh of power annually on average.

Powerplant Yunus Wind Farm Reviews

In Pakistan, there is a power plant called Yunus Wind Farm. 50 MW of power may be generated by the power plant, and the wind farm’s precise coordinates are 25.0645, 67.9946. This power plant began operations in 1984 and has been producing electricity ever since. Its main fuel is wind.

One of Pakistan’s oldest power facilities, Yunus Wind Farm is renowned for being a pioneer in the utilization of renewable energy. The Yunus Wind Farm is thought to be capable of producing up to 50 MW of electricity annually, with a total estimated power generation of over 500,000 MW since it first started operating. The Yunus Wind Farm actively works to meet Pakistan’s electricity needs sustainably and significantly contributes to Pakistan’s energy security plan.


Q. What are the types of Wind Power Plants in Pakistan?

A. Pakistan has both on- and offshore wind farms, and there are several varieties of each. On-shore wind farms are found in the coastal regions of Baluchistan and Khyber PakhtunKhwa provinces, whereas offshore wind farms are mostly found off Pakistan’s southeast coast along the Indian Ocean. On-shore wind farms with a combined installed capacity of more than 1000 MW make up the majority of wind generating facilities now operating in Pakistan.

Q. Where are the majority of Wind Power Plants in Pakistan located?

A. On-shore wind farms in the Baluchistan and Khyber PakhtunKhwa provinces’ coastal areas make up the majority of the installed wind power plants in Pakistan. Offshore wind farms have, however, been built in Sindh province and along Pakistan’s southeast coast along the Indian Ocean.

Q. What is the estimated total installed capacity of Wind Power Plants in Pakistan?

A. Over 1000 MW of installed wind power capacity is thought to exist in Pakistan. With some minor contributions from offshore wind farms in the southern region of the nation, this is primarily made up of on-shore wind farms.

Q. Who are the main developers of Wind Power Plants in Pakistan?

A. Private sector companies including Green Energy Solutions, the Energy and Power Association of Pakistan, and Allianz Energy Pvt. Ltd. are the main developers of wind power projects in Pakistan. These businesses have all worked on creating and managing wind energy projects throughout the nation.

Q. What efforts are made to increase the share of Wind Power Plants in Pakistan’s total energy mix?

A. Through a number of laws and programs, the Pakistani government has encouraged investment in renewable energy, especially wind power. To enhance the proportion of renewable energy sources in Pakistan’s energy mix, the government established the Alternative Energy Development Board (AEDB) in 2017. In several regions of the nation, the AEDB has started a number of competitive bidding processes for the development of wind power projects.

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