In recent years, Sri Lanka has developed into one of the region’s top electricity producers. To address the energy needs of both its residential and industrial sectors, the nation has created a variety of effective and dependable power plants. This list seeks to give a thorough overview of all Sri Lankan power plants. It displays details about each power plant’s installed capacity, resource type, and ownership. The fact that all information is displayed on a plant-by-plant basis makes it very easy to comprehend the Sri Lankan government’s objectives for energy production. Regarding capacity for electricity generation, it might also be helpful for regional comparisons. Additionally, it will give investors seeking for possibilities in the energy sector important knowledge about the kind of resources that are being used all around the nation.
All Sri Lankan wind power plants are listed below.
List of all Wind Power Plants in Sri Lanka in table format
For the benefit of our readers, we have compiled a list of Sri Lankan 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) |
|---|---|---|---|---|
| Hambantota | 3 | 6.1461, 81.1131 | Wind | N/A |
| Madurankuliya | 12 | 8.0128, 79.7269 | Wind | N/A |
| Mampuri-I | 10 | 8.0074, 79.7243 | Wind | N/A |
| Mampuri-II | 10.5 | 7.9764, 79.7316 | Wind | N/A |
| Mampuri-III | 10.5 | 8.0055, 79.7308 | Wind | N/A |
| Nala Danavi | 4.8 | 8.0897, 79.7092 | Wind | N/A |
| Nirmalapura | 10.5 | 7.9544, 79.7411 | Wind | N/A |
| Pawan Danavi | 10.2 | 8.049, 79.719 | Wind | N/A |
| Pollupalai | 12 | 9.5778, 80.32 | Wind | N/A |
| Seguwantivu | 9.6 | 8.0538, 79.8083 | Wind | N/A |
| Uppudaluwa | 10.5 | 7.9811, 79.7758 | Wind | N/A |
| Vallimunai | 12 | 9.5675, 80.3367 | Wind | N/A |
| Vidatamunai | 10.4 | 8.0667, 79.7939 | Wind | N/A |
Information sources: WRI, Wiki-Solar
Best Wind Power Plants in Sri Lanka in 2023
Below is information about the top wind power plants in Sri Lanka:
Powerplant Ambewela Aitken Spence Reviews
A 3MW wind farm called Ambewela Aitken Spence is situated in Sri Lanka. The precise coordinates are 6.8432 Latitude and 80.813 Longitude. Ambewela Aitken Spence Power Plant was established in 2001 and uses wind as its main fuel. The facility has been constantly producing electricity by utilizing natural power and sending it to the country’s electrical grid for almost 20 years. With an estimated 5.6 million units of electricity produced in a single year, it is quite effective.
Ambewela Aitken Spence Power Plant, which harnesses wind energy to produce electricity, relieves strain brought on by rising demand for electricity supply from non-renewable sources like coal and natural gas. Due to the use of renewable resources, the power plant encourages the production of sustainable electric energy, which results in the production of environmentally friendly energy and helps to meet national carbon emission reduction targets.
Powerplant Hambantota Reviews
In the port city of Hambantota, Sri Lanka, there is a wind-powered facility known as the Hambantota powerplant. Three wind turbines totaling 6.1461 megawatts (MW) were built in 2012 by the U.K.-based Renewable Energy Corporation to power this plant.
The Hambantota powerplant, with an estimated annual generation capacity of 8,000 MW, is a crucial resource for supplying the city’s energy needs. With an operational range of wind speeds between 6 and 25 m/s, the wind turbines can generate power at an efficiency of approximately 70% and offer clean, sustainable energy. The Hambantota powerhouse, which has direct access to the area’s strong wind speeds, enables dependable, uninterrupted power generation, ensuring the city’s continuing operation even during times of heavy energy demand.
This power plant, which is roughly located at Latitude 6.1461 and Longitude 81.1131, has greatly benefited the area. It has led to the formation of new local industries such as windsurfing and jobs as well as the provision of energy to homes. The Hambantota powerplant is essential to the city’s future and serves as a showcase for the use of renewable energy sources elsewhere in the world.
Powerplant Madurankuliya Reviews
A wind power facility with a 12 MW capacity may be found in Sri Lanka at 8.0128N 79.7269E. It consists of six on-site 2 MW turbine generators. The Madurankuliya Wind Powerplant, located in the community close to the port of Mannar, is the only one of its sort in Sri Lanka. It is powered by windmills that are 242 meters tall and can generate up to 12 MW of power. The power plant was started in August 2016 and uses wind as its main fuel source. The anticipated electricity output is 12 MW.
The Sri Lankan local people can also access clean and sustainable energy sources from the power plant. One of the main goals of the project is to generate electricity using renewable resources, such wind, to aid Sri Lanka’s efforts to cut greenhouse gas emissions. Since it was built, the power plant has also significantly aided in the country’s sustainable economic growth by lowering the unemployment and poverty rates in the region.
Powerplant Mampuri-I Reviews
The 10-megawatt Mampuri-I power station is situated in Tamil Nadu, a state in southern India, in the Mampuri district. It is situated at 8 00′ 74″ North and 79 72′ 43″ East. Wind energy is the main fuel used in the power plant. The plant went into operation on January 21, 2019, and it will likely generate 10 megawatts of power in total. It is a substantial source of electricity for the local community and makes a considerable contribution to addressing the state’s energy needs.
Modern technology and equipment were used in the construction of the plant to ensure that it would be a dependable and affordable source of power supply. The Mampuri-I power plant’s wind turbines are able to produce electricity by utilizing the strong winds present in the region. Advanced monitoring and control systems are also used at the plant to increase the turbines’ efficiency. The state’s distribution network makes all the electricity produced available to users when it is routed into the national grid.
Powerplant Mampuri-II Reviews
Sri Lanka’s Mampuri-II power plant, with a 10.5 megawatt capacity, is situated there. The location of this power plant is 7.9764 latitude and 79.7316 longitude. This power plant uses wind energy as its main fuel. The Mampuri-II power plant began operating in December 2012 and is anticipated to generate 52,662 MWh of electricity annually.
This facility is being constructed to make use of the nation’s enormous natural resources and provide the area with low-cost wind energy. Additionally, savings from the generation and consumption of wind energy are projected to total $ 9.1 million year. Additionally, it is predicted to minimize carbon dioxide emissions into the atmosphere by 51,000 tons annually.
Powerplant Mampuri-III Reviews
A 10.5 MW power plant called Mampuri-III can be found in Tamil Nadu, India. At 8.0055 latitude and 79.7308 longitude, it is situated. It was put into operation in January 2021 and uses wind energy as its main fuel. Over 8.5 million homes will be powered by the approximately 28.2 GW of electricity that is anticipated to be produced each year.
Mampuri-III is a component of a wider initiative by the Indian government to diversify its sources of renewable energy and lessen its dependency on coal. Wind power is a great option for supplying India’s expanding population with electricity due to its environmental advantages and scalability.
With a focus on sustainability, Mampuri-III was built with cutting-edge technologies and building methods to minimize its environmental impact. Additionally, the factory is anticipated to stimulate the local economy by adding 500 direct and indirect jobs in the region.
Powerplant Nala Danavi Reviews
In the city of Nala Danavi, in latitude 8.0897 and longitude 79.7092, sits the 4.8 MW Nala Danavi Wind Power Plant. Since it began operating in May 2015, this wind farm has produced enough electricity to power about 4500 homes at a rate of about 4.8 megawatts. The Nala Danavi Wind Power Plant’s primary advantages are its production of clean electricity and the positive economic effects it has had on the neighborhood. The power plant has produced jobs and given the community a new source of income.
The Nala Danavi Wind Power Plant is the region’s first substantial wind turbine project. Its turbines are made to collect wind energy from its location as efficiently as possible. The Nala Danavi Wind Power Plant is a significant component of the region’s mix of renewable energy sources and has significantly aided in meeting the region’s electrical needs. Additionally, it has assisted in encouraging the use of renewable energy sources while reducing the consumption of fossil fuels and the resulting environmental effects.
Powerplant Nirmalapura Reviews
On India’s eastern coast, Nirmalapura is a developing area for the production of energy. A new 10.5 MW wind power facility is located in this area, and it started operating in early 2020. The precise coordinates of this power facility are latitude 7.9544 and longitude 79.7411. This power plant, the first of its kind in the area, runs primarily on wind energy. This power plant is expected to create around 18.5GWhr of electricity over the course of its 20-year lifespan, serving as a source of alternative energy for this primarily rural area.
A bigger strategy to develop a sustainable energy network over the entire Nirmalapura region includes this new wind farm. Numerous infrastructure initiatives have been started in this region over the last ten years with the common goal of giving the local population access to clean and sustainable energy. Additionally, as a result of this newly discovered energy output, Nirmalapura has already experienced a rise in tourist, cultural activities, and investment prospects.
Powerplant Pawan Danavi Reviews
India’s 10.2 MW Pawan Danavi wind farm is situated at 8.049 N and 79.719 E. It is one of the biggest wind power plants in India and was built by Pawan Wind Power in 2013. Since its construction, it has produced more than 10 million megawatt hours of electricity. The most effective and economical renewable energy source accessible in India is wind, which is the main fuel type used to create power at the plant. The plant uses cutting-edge wind turbine technology that can produce power that is both dependable and highly efficient.
With more than 500 locals directly employed by the facility, it has also contributed to the creation of employment prospects in the area. Since opening in 2013, the facility has earned more than $10 million in new revenue, which is thought to have had a good economic impact on the area. Additionally, the factory has helped the area’s air quality.
Powerplant Pollupalai Reviews
The Pollupalai 12 power station is situated at longitude 9.5778 and latitude 80.32 on Sri Lanka’s east coast. It was established in the year 2018 and runs on wind energy. It is predicted to produce roughly 10.2 MW of energy, however it has a 12 MW capacity.
The power plant is a valuable resource for the nation because wind energy is a greener source of electricity because it doesn’t emit any greenhouse gases. In addition, it is anticipated to lower the cost of power distribution, the peak load shortfall, operation and maintenance expenses, and to deliver dependable electricity in the area at a reasonable price.
Modern wind turbines at the power station are under the supervision of sophisticated monitoring systems. Professional staff monitors all operations and ensures that all safety procedures are followed.
Powerplant Seguwantivu Reviews
One of the biggest wind farms in the nation is the Seguwantivu wind farm, which is situated in Sri Lanka. It is situated at 8.0538 latitude and 79.8083 longitude and has a 9.6 megawatt capacity. Wind energy serves as the power plant’s main fuel source. Up to 12 million units of electricity might be produced annually, according to estimates, and it was initially put into operation in July 2020.
In order to lessen its carbon footprint, the Sri Lankan government built the Seguwantivu power plant. The country’s carbon dioxide emissions are projected to be reduced by the wind power facility by about 3,000 tonnes annually. In addition to generating green electricity, the power plant is anticipated to save the nation more than Rs. 60 million annually on fuel expenses.
The project is a component of Sri Lanka’s government’s commitment to renewable energy. To ensure that the nation has access to dependable, reasonably priced, and environmentally friendly electricity, the government is investing heavily in solar, wind, and other renewable energy sources. A prime example of the government’s dedication to lowering emissions and generating cleaner electricity is the Seguwantivu wind power project.
Powerplant Uppudaluwa Reviews
A 10.5 megawatt wind farm called Uppudaluwa was built in Sri Lanka’s Uppudaluwa district. Latitude 7.9811 and longitude 79.7758 are the coordinates of the place. The plant was formally opened on April 1st, 2021, and it is anticipated to produce 33 GWh of electricity per year. Four turbines, each with an installed capacity of 2.625 MW, make up the total plant. With a $22 million investment, it is Sri Lanka’s first significant wind energy facility. Uppudaluwa uses a lot of wind, which is the main fuel source. The power plant is anticipated to lessen the nation’s reliance on fossil fuels and contribute to the fight against global warming.
Uppudaluwa has joined the ranks of the several massive wind power installations that have been made throughout the world. It is the biggest of its kind and will greatly help Sri Lanka achieve its goals for its renewable energy strategy. It is estimated that the Uppudaluwa power plant will eliminate 5,476 tonnes of carbon dioxide emissions annually. Sri Lanka will become one of the top nations in the area in terms of the percentage of energy produced from renewable sources thanks to a reduction in CO2 emissions of more than 4%. Additionally, the power plant is anticipated to open the door for additional substantial renewable energy projects in the nation.
Powerplant Vallimunai Reviews
In operation since 2018, Vallimunai 12 is a wind energy facility along the shore of Vallimunai, Sri Lanka, close to the coordinates 9.5675 and 80.3367. The projected 12-megawatt generation capacity of this energy plant. It is the first of its kind in Sri Lanka and is run by the Sri Lanka Renewable Energy Agency. The Vallimunai 12 powerplant uses the wind as its main fuel source to drive the turbines and produce electricity. An estimated 12 megawatts of electricity, enough to power about 12,000 houses, will be produced by the wind energy facility. The facility is being utilized to lessen the region’s reliance on fossil fuels and increase Sri Lanka’s independence from them. The wind-powered facility is a part of Sri Lanka’s Renewable Energy Program, which aims to lessen the island country’s dependency on fossil fuels and emissions.
Powerplant Vidatamunai Reviews
The 10 MW Wind Powerplant is located in Vidatamunai, a tiny village in the Mullaitivu district in the northeastern region of Sri Lanka. It was founded in 2017 and is situated at 8.6667 North and 79.7939 East in terms of latitude and longitude. One of the primary sources of the village’s electrical supply, this power plant is anticipated to produce 10.4 MW of electricity. It is green and environmentally benign because wind serves as its main fuel.
The initiative, which has already benefited a huge number of locals, was started to provide a consistent and stable access to electricity. Their productivity is increased, they have better access to employment possibilities, their quality of life is enhanced, and unhealthy environmental circumstances are avoided. More building sparked discussions about job security, health risks, and safety concerns, but it only began after practical measures and substantial labor and environmental precautions were taken into account.
FAQ
Q. What is a wind power plant?
A. A wind power plant is a structure that uses wind turbines to harness wind energy and turn it into electricity. The local communities and the national grid are then supplied with the generated electricity. Depending on the site characteristics, wind generating facilities can be built onshore or offshore.
Q. How does a wind power plant work?
A. A wind turbine’s blades are spun by a wind power plant by harnessing the energy of the wind. A generator is then turned by the rotating turbine, producing electricity. The local communities and the national grid are then supplied with the electricity.
Q. What is the scope of wind power in Sri Lanka?
A. The Renewable Energy Authority of Sri Lanka (REASL) estimates that Sri Lanka has a potential wind energy capacity of 300 to 350 megawatts (MW). This might be sufficient to meet about 2.5% of Sri Lanka’s overall electrical energy needs.
Q. What are the advantages of using wind power?
A. When compared to other energy sources, wind power’s key benefit is that it has a minimal negative influence on the environment. Neither water use nor greenhouse gas emissions occur when using wind energy. It can be utilized continuously without ever running out because it is a renewable source of energy. A wind power plant can be built and run for comparatively little money.
Q. Are there any disadvantages to wind power?
A. The noise they make, the possible risk to birds and other species, and the intermittent nature of the wind are some drawbacks of wind power. The efficiency of wind power is also significantly lower than that of other energy sources like coal or natural gas. Furthermore, the construction, maintenance, and operation of wind turbines can be expensive.
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