Top Best Wind Power Plants in Australia for 2024

Australia is one of the world’s top energy producers, and the nation is home to a wide variety of different types of power plants. This article contains a detailed list of all Australian power stations, including coal-fired, nuclear, and renewable energy sources, as well as a description of each kind of plant. Australia is shifting to more sustainable energy sources like wind, solar, and hydroelectric power in order to meet the country’s rising electrical consumption and keep up with technology advancements. This list of Australian power plants offers a thorough overview of the many energy sources employed in the nation and the difficulties involved in making the transition to a more sustainable future. Along with examining the key advantages each energy source has to offer, it will also examine how each fits into the wider Australian energy environment.

All Australian wind power stations are listed here.

List of all Wind Power Plants in Australia in table format

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

Information source: Wiki-Solar, Australian Renewable Energy Mapping Infrastructure

 

Best Wind Power Plants in Australia in 2023

Below is information about the top wind farms in Australia:

Powerplant Albany Wind Farm Reviews

A power plant called Albany Wind Farm can be found in western Australia at the coordinates -35.0641, 117.7977. It is the largest wind farm installation in the area with a 21.6 MW capacity and uses wind energy as its main fuel source. It was put into operation in January 2021, and it has been producing electricity ever then.

The Albany Wind Farm is a sustainable energy source that uses cutting-edge turbines to produce energy without harming the environment. By utilizing the kinetic energy of the wind, the turbines are made to harness its power and produce clean energy. The sustainability of the environment is then improved by transferring this clean energy to local homes and businesses.

The sizable wind farm is a significant step toward environmental sustainability and has grown to be the biggest of its kind in Australia. It has also become iconic and vital to the area. According to estimates, the plant will be able to supply more than 10,000 Australian homes with energy.

Powerplant Ararat Wind Farm Reviews

Australia has access to a variety of renewable energy sources, namely wind and solar. One of these and the most well-known is the Ararat Wind Farm in Victoria, Australia. The farm is situated at -37.2385 degrees latitude and 143.0794 degrees longitude and features a 240 megawatt power plant. With a projected start date of 2020, wind will serve as the main fuel for this power plant. One of the most efficient wind power plants of its scale in the nation, it is anticipated to produce 241 gigawatt-hours of wind-powered electricity annually.

This power plant’s energy output is significantly above normal since it is ideally positioned to fully benefit from planetary wind and pressure systems. Ararat Wind Farm is a significant representation of Australia’s advancement in renewable energy because it is also the first of its kind in the Southern Hemisphere. It is a component of a bigger initiative to transition Australia away from fossil fuels and toward environmentally friendly energy sources.

Powerplant Blayney Wind Farm Reviews

The Blayney Wind Farm, a 9.9 MW wind power generating facility, is situated at latitude and longitude coordinates -33.6219 and 149.1982, respectively, in Blayney, Australia. The Blayney Wind Farm started producing power in 2019 and is expected to produce 70,000 megawatt-hours annually. The primary source of energy for the power plant is wind, which is converted into electricity via wind turbines.

With assistance from Macquarie Capital and Infigen Energy’s French equity partner, Infigen Energy created the Blayney Wind Farm project. After being put into service, the Blayney Wind Farm increased Australia’s total installed wind power generation capacity to 8,071 megawatts, contributing to the region’s clean renewable energy supply for the local populations of Blayney and the Central West.

Powerplant Bluff Point (Woolnorth) Wind Farm Reviews

With a 65 megawatt capacity, the Bluff Point (Woolnorth) Wind Farm in Australia is one of the biggest wind farms in the world. The farm is situated at a latitude and longitude of -40.7207 and 144.6869 respectively. The farm’s main source of fuel for power generation is wind. Since its establishment in 2002, it has been supplying the area with electricity.

63 wind turbines are dispersed among the more than 3,800 hectares of land that make up the Bluff Point (Woolnorth) Wind Farm. A total of 1.1 megawatts of electricity are produced by each turbine. Solar energy serves as a backup fuel supply for the farm.

It is predicted that the Bluff Point (Woolnorth) Wind Farm will produce 185 gigawatt hours of electricity annually. In Australia, this would be sufficient to power almost 20,000 dwellings. The farm also aids in lowering Australia’s reliance on fossil fuels, resulting in a decrease in carbon dioxide and other greenhouse gas emissions.

Powerplant Boco Rock Reviews

At 36.5763 N latitude and 149.1267 E longitude, Australia’s Boco Rock wind power station, with a capacity of 113 MW, is situated. Initially operating in 2019, the power plant is anticipated to produce more than 386 Gigawatt-hours of electricity annually. Boco Rock uses wind turbines to power a generator that runs on the kinetic energy of moving air, similar to other wind power plants. The power plant doesn’t need any more fuel to produce electricity outside of the turbines.

When operating at full capacity, Boco Rock can provide enough energy to power over 400,000 homes and more than 90,000 homes. The power plant helps Australia achieve its goal of using more renewable energy while reducing its reliance on non-renewable energy sources like coal and gas. As Australia’s energy needs increase, Boco Rock offers a dependable, renewable energy solution that paves the path for a more sustainable future.

Powerplant Bodangora Wind Farm Reviews

The biggest wind farm in Country Name is Bodangora Wind Farm. The power station has a total output of 113 megawatts and is situated at latitude -32.4146 and longitude 149.0998. Since the day it began operating, the power plant has been continuously producing enough wind energy to power about 67,000 houses. The main energy source for the facility is wind, which is environmentally beneficial and renewable. A wind energy service provider runs the facility, ensuring that the generator provides the neighborhood with affordable and sustainable electricity.

The public now has access to clean and secure energy generation, which lowers the amount of pollutants released into the environment. This is made possible in large part by the Bodangora Wind Farm. Additionally, it aids in lowering greenhouse gas emissions, which is very advantageous for the environment. Additionally, the initiative encourages the advancement of wind energy technologies, enhancing the incorporation of renewable energy sources into the nation’s energy mix.

Powerplant Canunda Wind Farm Reviews

Victoria, Australia’s Canunda Wind Farm has a 46MW capacity and is situated at coordinates -37.7603, 140.4033. Since it began operating in November 2017, this power plant has been predicted to produce 175 MW of electricity annually. This power station has a total capacity of 46 MW and uses wind as its main fuel type.

A partnership between Eraring Energy and the University of Melbourne oversees the Canunda Wind Farm. A variety of public and commercial sector parties, including the Australian Government and local municipalities, support the project. Around 105 hectares of land are occupied by the Canunda Wind Farm, which was built with a low carbon impact in mind. The Australian Energy Market Operator is keeping an eye on this energy project, which is a part of Australia’s overall push for renewable energy.

Powerplant Cape Bridgewater Wind Farm Reviews

In the Australian state of Victoria, close to the town of Bridgewater, sits the 58 megawatt Cape Bridgewater Wind Farm. It started producing in April 2016 and is expected to annually generate enough electricity to power about 46,000 houses. The Cape Bridgewater Wind Farm is located at a latitude and longitude of -38.3577 and 141.385 respectively. The farm’s main energy source is wind, which is used by 48 wind turbines totaling 228 hectares, each of which has a rotor diameter of 80 meters and a hub height of 80 meters. Since its debut in 2016, the wind farm has been supplying enough electricity to run the allotted dwellings.

Cape Bridgewater’s Portland Wind Farm is an additional wind turbine farm that is expected to increase the region’s total capacity for renewable energy sources. The wind turbines in this farm are built to function even in the region’s typical low wind speeds, which are 13.8 m/s. To grow its hydropower industry, the Victorian government has made significant investments in Cape Bridgewater’s wind farm.

Powerplant Cape Nelson North Wind Farm Reviews

A 22 megawatt (MW) wind power facility known as Cape Nelson North Wind Farm may be found in Victoria, Australia, at coordinates of -38.3676 Latitude and 141.543 Longitude. The facility went into operation on August 22nd, 2017, and it is anticipated that it will produce up to 80,000 MWh of clean, renewable energy annually.

The power plant is a carbon-neutral source of electricity because wind energy serves as its main fuel source. The turbines in operation reduce carbon dioxide emissions while annually producing enough electricity to run up to 15,000 houses in the area. The Cape Nelson North Wind Farm has a working life expectancy of at least 25 years in order to be in accordance with Australian legislation.

Powerplant Cape Nelson South Wind Farm Reviews

The 44 megawatt Cape Nelson South Wind Farm is a wind farm that is situated on Cape Nelson’s shoreline. Its exact latitude and longitude are -38.412 and 141.543, respectively. It began running in 2019 and mostly produces energy using wind energy.

Over 11,000 local homes might have been powered by the 120.6 gigawatt-hours of energy that Cape Nelson South Wind Farm has so far produced. Three Vestas V117-3.45 MW turbines with 45-meter-diameter blades are used in the wind farm to produce energy. They can generate 32.5 megawatts of power using this, providing energy to Victoria every day of the year.

The South Wind Farm produces wind energy that is utilized for a variety of things, including domestic electricity, agricultural production, industrial process energy, and pumping. Additionally, the energy is used for process heating and public illumination. Additionally, the wind farm helps Australia’s government meet its Renewable Energy Target (RET).

Powerplant Cape Sir William Grant Wind Farm Reviews

The Cape Sir William Grant Wind Farm, which is powered by 54 turbines and is situated close to Warrnambool in Australia, went into full operation in 2020. The wind farm, which has the name of its namesake from the colonial era, is over 2,000 hectares in size and has a 78.9 megawatt capacity. The turbines are situated in the epicentre of the site, at latitude and longitude of -38.3976 and 141.6209, respectively. It uses the adjacent Southern Ocean’s wind energy as its primary fuel and only produces wind energy. This clean, renewable energy source can aid Australia’s efforts to lessen its carbon footprint and constrict environmental pollution.

The Cape Sir William Grant Wind Farm was finished in 2020 with the goal of providing the neighborhood with trustworthy and sustainable energy. The wind farm’s anticipated annual electricity production is estimated to be in the range of 238 Gigawatt hours, which is roughly equivalent to the energy needs of 32,000 families. As a result, Australia will depend less on traditional and fossil fuel energy sources.

Powerplant Capital Hill Wind Farm Reviews

The name of a power plant in southern Australia is Capital Hill Wind Farm. Its latitude and longitude are -35.166 and 149.5186 respectively. Since it started up, the power plant has used about 140 megawatts of renewable energy. This power plant turns the kinetic energy of the wind into electricity using turbines by employing wind power as its main fuel source. Up to 140 megawatts of electricity are expected to be produced annually by the Capital Hill Wind Farm.

The wind farm is situated in an area with ideal wind energy production conditions, and the turbines are arranged to maximize the collection of the kinetic energy of the wind. This aids in guaranteeing a consistent supply of electricity during periods of heavy demand. The size and design of the turbines also guarantee that they can supply the region with reliable and renewable electricity.

Australia’s Capital Hill Wind Farm is a significant source of renewable energy and has been instrumental in the country’s transition to a more ecologically friendly and sustainable future. The wind farm will be able to deliver consistent and effective energy for many years to come because to the frequent winds and prime location.

Powerplant Cathedral Rocks Wind Farm Reviews

Australia’s 66 MW Cathedral Rocks Wind Farm is a power plant. Its coordinates are -34.8509 latitude and 135.5852 longitude. The Wind Farm is the biggest Australian facility of its kind, and it runs entirely on wind power. It was first put into operation in May 2014 and is expected to produce up to 70 gigawatt hours of electricity annually. Not only has the Cathedral Rocks Wind Farm supplied Australia with much-needed electricity, but it has also given the neighborhood hundreds of jobs.

The Wind Farm uses the Southern Ocean’s powerful winds to generate dependable, clean energy for the nearby neighborhood. It is also cost-effective because electricity is offered to retail and commercial consumers at prices that are competitive with the market. A specific focus was placed on addressing noise issues as well as other environmental concerns to ensure that the surrounding environment was not affected. The Environmental Protection Agency has also certified all of the electricity produced by the Cathedral Rocks Wind Farm.

Powerplant Challicum Hills Wind Farm Reviews

A power plant called Challicum Hills Wind Farm is situated in Challicum, Australia, at longitude 52.5 and latitude -37.3898. With a nameplate capacity of 50MW, it is a renewable energy source. Challicum’s natural wind resource is used by the power plant to generate electricity. Since 2009, the wind farms have been in operation and use wind as their primary fuel source. It is estimated that this power plant will generate 170 GWh of electricity each year. The electricity produced is delivered to regional systems for use by local businesses and residents.

The wind farm has been a significant undertaking in Challicum, supplying the area with dependable and clean electricity. The wind farm has won numerous awards from locals and stakeholders due to its notable contribution to renewable energy and its favorable environmental effects. The Challicum Hills Wind Farm makes the most of the available wind resource and effectively supplies the area with energy by utilizing cutting-edge technology.

Powerplant Clements Gap Wind Farm Reviews

The 57MW Clements Gap Wind Farm is a power station with a location in South Australia close to Adelaide. It is the largest wind farm currently operating in the state and is located at the coordinates -33.5086, 138.1192. The Clements Gap Wind Farm uses extremely effective and economical wind turbines that are powered by the varied winds it experiences as its main source of energy. Around 25,000 homes nearby have been receiving clean, dependable, and sustainable energy since Clements Gap Wind Farm began operating in 2016. In fact, it is predicted to provide 128 GWh of power yearly, which will help reduce carbon dioxide emissions by at least 200,000 tonnes annually.

Clements Gap Wind Farm, the largest wind farm in South Australia, is a model project demonstrating the dedication of the Australian government to supplying its citizens with clean and dependable electricity. The wind turbines, which cover a wide area of 17 square kilometers, assist in supplying electro-power to surrounding commercial and residential buildings. It is recognized as one of the most crucial components of South Australia’s energy system and makes a significant contribution to the region’s ability to supply power 24 hours a day.

FAQ

Q. What are the emissions from wind power plants in Australia?

A. Since no fuel is burnt when producing energy from wind, wind power plants in Australia don’t release any greenhouse emissions. However, it is important to consider the emissions produced during building, the transportation of materials and turbines, and final decommissioning.

Q. What is the current share of wind power plants compared to other electricity sources in Australia?

A. 11.6 percent of Australia’s total electricity production in 2019 came from wind turbines. Australia has the capacity to raise this capacity by as much as 32%.

Q. How is the Australian government supporting the wind power industry?

A. The Australian government supports the development of the wind power industry through programs like the Clean Energy Finance Corporation (CEFC), which assists the industry in meeting its 2020 renewable energy targets, and the Renewable Energy Target (RET), which does the same. Additionally, it offers tax benefits to the sector for particular purchases and actions.

Q. What is the average cost of electricity produced by wind power plants in Australia?

A. Australian wind farms typically cost $50 per Megawatt-hour to produce electricity, though costs might vary depending on the region and the type of turbines being used. This costs a little less than other sources, such gas-fired power plants.

Q. Are there any subsidies for wind power in Australia?

A. Yes, there are several incentives offered by the Australian government for wind energy. These include the Renewable Energy Target (RET), which offers financial incentives for businesses to invest in renewable energy projects, and the Small-scale Renewable Energy Scheme (SRES), which offers financial incentives for people and businesses to install small-scale renewable energy systems.

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