Top Best Power Plants in Fiji for 2024

An overview of the power plants in Fiji that are currently in operation is given in this article, together with information on the main players, the energy sources that are employed, and the capacities of each power plant. Location maps and a broad summary of the country’s power sources are also included. With more than 250 inhabited islands dispersed around the South Pacific Ocean, Fiji is among the most remote nations on earth. The electrical grid of this country mostly depends on renewable energy sources like solar and hydroelectric power. Furthermore, power plants that depend on imported fossil fuels are crucial to the nation’s ability to generate reliable electricity. Diesel fuel is the main fuel used in these kinds of facilities; biofuels are used sparingly. Together, these energy sources generate enough energy for 98% of households to have access to electricity, placing Fiji in the ballpark of the average amount of electricity available worldwide. These actions represent a significant step in reaching the nation’s energy security goals. An overview of all the power plants in the Fiji Islands that are currently in operation is given in this list.

The list of all Fijian nuclear, hydroelectric, solar, wind, oil, and gas power facilities is provided below.

List of all Power Plants in Fiji in table format

We have compiled a list of all the power plants in Fiji in the following table for the convenience of our readers:

Information Provider: WRI

Best Power Plants in Fiji in 2023

Below is information on the top power plant in Fiji:

Powerplant Butoni Reviews

Situated at 18 06’46” S 177 30’20” E in the South Pacific Ocean, Butoni 10.1 is a wind power project. It uses wind as its primary fuel and has a 10.1 MW generator capacity. It began operating on 26.25 and is expected to produce 100 GWh of electrical energy annually on average.

Fiji wants to boost the amount of renewable energy produced in the nation, and one way to do so is by building the Butoni wind turbine. The Fiji Electricity Authority put it into service, and as it has developed, foreign investors have shown interest in funding renewable energy projects such offshore wind turbines. The turbine’s clean, renewable power is anticipated to lower the area’s energy expenses.

The Butoni 10.1 Wind Power Plant benefits from being offshore by being able to capitalize on the steady winds in the vicinity. Wind turbines are predicted to provide clean energy in the upcoming years due to their small environmental impact on the seafloor and fish habitats. Being the first scheme of its kind implemented in the South Pacific, Butoni 10.1 is expected to serve as a model for other renewable energy initiatives in the area.

Powerplant Kinoya Reviews

Kinoya is a 48 megawatt power plant situated in the South Pacific region. Its latitude and longitude are -18.1127 and 178.4799, respectively. The power plant’s main fuel is oil, and it will begin operating in 2021. By 2025, this plant is expected to produce 400 million kilowatt-hours of electrical energy, which makes it a major contributor to the energy resources of the South Pacific.

The Kinoya power plant construction project has an estimated cost of about $200 million, primarily funded by major private utilities and corporate investors. To guarantee excellent efficiency and safety requirements, the newest technology will be used in its construction. Along with other economic benefits, the factory is anticipated to generate a significant number of work opportunities in the area.

The Kinoya power plant is a component of a bigger initiative to boost the energy resources in the area. According to estimates, this project might give the people of the South Pacific more dependable energy while reducing greenhouse gas emissions by 12%. Given that the project is viewed as a critical step in the direction of energy security, Kinoya is a valuable weapon in the fight against climate change.

Powerplant Labasa Sugar Mill Reviews

The first sugar mill in Fiji powered by biomass is called Labasa Sugar Mill, and it is situated in Vanua Levu at (Latitude: -16.4299, Longitude: 179.3887). It has a 10 megawatt capacity. When this power plant first began operating in 2019, biomass—bagasse left over from the sugar refining process and wood chips from the mill’s sawmill—served as its main fuel source.

More than 10, megawatt hours of electricity—enough to power 7,500 households—have been produced by this power plant. The main power users in Fiji receive the electricity sold by the Fiji Electric Authority, which purchases it from the Labasa Sugar Mill. Because the biomass fuel source used in this facility is sustainable, the power produced there is regarded as green energy.

Both the emissions linked to burning fossil fuels and Fiji’s reliance on them as its main source of electricity have decreased thanks to the Labasa Sugar Mill power plant. Along with creating jobs for more than a hundred individuals, the mill has also brought in money for the neighborhood and the mill itself. The use of biomass as the main fuel source at the Labasa Sugar Mill has shown to be advantageous for the creation of energy as well as for jobs and environmental preservation.

Powerplant Levuka Power Station Reviews

With a 2.98 megawatt capacity, Levuka Power Station is the only power plant in the nation. The power plant, which is situated at latitude -17.6845 and longitude 178.8359, was put into service in 2008. Oil is its primary fuel source, giving the little country the energy it needs to run.

Due to its high efficiency, the Levuka Power Station can supply the majority of the nation’s electricity needs. It is expected to generate 3.17 megawatt-hours of power this year. Since it was put into service in 2008, this has been the standard. It is anticipated that during the upcoming years, this electricity generation would also rise.

The nation’s primary energy demands, for both home and commercial use, can be satisfied by the power plant. It has been, and will continue to be, a crucial partner in the country’s energy future. Additionally, in an effort to lessen its dependency on fossil fuels, the nation is investing in renewable energy sources.

Powerplant Nadarivatu Reviews

One of Fiji’s hydroelectric generating plants is the Nadarivatu 40. The power plant, which is situated at 17.6671 degrees latitude and 177.9413 degrees longitude, is the westernmost point in Fiji. It was put into service on October 31, 2013. With its 40 MW capacity, it could produce an estimated 154.91 GWh of power annually. Since October 2013, the hydroelectricity station has been in operation.

The Fijian government finances the Nadarivatu 40 Hydro power plant, which is jointly owned by the China International Water and Electric Corporation (CWE) and the Fiji Electricity Authority (FEA). It is Fiji’s first hydroelectric power plant that produces electricity by harnessing the energy of an artificial lake. The power plant combines grid power with its primary fuel, hydropower. It has ancillaries and two 20 MW Kaiser Francis turbines installed.

Powerplant Rarawai Mill Reviews

At 17.5442 S, 177.682 E in Fiji, there is a 5-megawatt biomass-fueled power facility called Rarawai Mill. The power plant uses wood chips made from agricultural waste as its main fuel source, harnessing the tremendous energy potential of biomass to produce electricity. It is expected that the power plant, which was built and put into service in 2017, can power 7,200 homes and businesses.

Numerous advantages of this power plant include lower carbon emissions, better air quality, and more regional energy security. In addition, this power plant serves to strengthen the local economy by giving jobs to the inhabitants. Its advantageous location on Fiji’s western coast further reduces dependency on fossil fuels. It is clear that this power plant is essential to the nation’s energy mix.

Powerplant Tropik Woods IPP (Viti Levu) Reviews

The 9.3 megawatt Tropik Woods IPP (Viti Levu) biomass power station is situated in Fiji at latitude -17.5893 and longitude 177.5355. Commencing on November 22, 2016, the power plant is expected to generate 54 gigawatt hours annually.

Tropik Woods uses woody biomass that is harvested nearby as its main fuel source for power generation. Local trees within a 10-mile radius of the power plant provide the woody biomass for the facility. After being ground, the wood chip fuel is burned at a high temperature in a fluidized bed combustion boiler. This generates heat, which is subsequently converted to steam and powers a turbine. The generator that powers this turbine transforms the steam’s kinetic energy into electricity that is fed into the Fijian electrical system.

Tropik Woods IPP’s fluidized bed combustion process and boilers, which employ cutting-edge technology, minimize emissions. Particulate emissions, including CO, SO2, and NOx, are brought down below the threshold allowed for local emissions using this method. Tropik Woods IPP adheres to international renewable energy standards like ISO 14001 and is dedicated to the cause of sustainable energy.

Powerplant Vaturu Reviews

Situated on the island of Viti Levu, in the southeast of Fiji, is the Vaturu Hydropower Station. The plant was put into service in 8.94 and has a 3 megawatt capacity. The Vaturu Hydropower Station produces electricity by the use of hydropower, a renewable energy source that harnesses the inherent water pressure in the area. Situated in latitude -17.7401 and longitude 177.5469, it is among the most recent instances of Fijian government investment in accessible, modern green energy resources.

Because it produces clean, renewable energy without requiring combustible fuels, hydropower is becoming a greater and more popular source of electricity. It is frequently regarded as a superior option to more conventional, non-renewable power sources. Hydropower is especially suited to the environment of Fiji since it uses the force of falling and flowing water to generate electricity. Part of the broader initiative to lessen the country’s dependency on non-renewable energy sources, the Vaturu Hydropower Station is linked to the current electrical system. The plant is expected to generate three megawatts of electricity, and it will provide a clean, sustainable, and dependable power source over time at a reasonable cost.

Powerplant Vuda Reviews

Located at Vuda, Fiji, Vuda is a power plant that can generate up to 20 MW of electricity. The factory is located precisely at latitude 17.6806 and longitude 177.4304, respectively. The power plant, which is thought to have been in operation since 1979, runs mostly on oil.

The building of Vuda and its closeness to a high fuel supply are advantageous for the production of electricity. The main fuel, oil, contributes to a consistent supply of electricity in the designated area. Given that the population of Fiji has been growing recently, this power plant is crucial to meeting the nation’s electricity needs. Because of its lower setup requirements, it is also thought to be a big advantage because it can generate electricity in the midst of an island.

Powerplant Wailoa Reviews

Positioned at latitude -17.7569 and longitude 178.0498 lies the Wailoa Hydro powerplant. It was put into service in 599.41 and has an installed capacity of 160 MW. The main fuel source used by the plant to generate energy is hydro.

The Wailoa Hydro plant helps the neighborhood’s residents lessen their carbon impact by offering a clean, sustainable source of electricity. The plant is extremely effective since it can utilize the river’s natural flow. In addition, compared to other power sources like coal-fired power plants, the facility occupies a significantly lower amount of land, which makes it a cost- and environmentally-friendly choice.

The Wailoa Hydro power plant is a valuable resource for the community since it effectively supplies the surrounding areas with high-quality, dependable energy. The power plant is thought to have the capacity to produce about 360 gigawatt-hours per year, which contributes to the region’s energy needs. This energy is essential to the local community’s health since it promotes economic growth and higher standards of living.

Powerplant Wainikasaou Reviews

The 6 megawatt Wainikasaou hydroelectric power station is located in Fiji at latitude 17.8331 and longitude 178.027. Wainikasaou uses water as its main fuel source, or power source, to generate energy. Originally put into service on August 19, 2020, this facility is anticipated to provide 6 MW of electricity.

The 53 m waterfall that cascades into the power station is part of the approximately 3.5 km long river that is part of the Wainikasaou hydroelectric scheme. A vertical axis Kaplin turbine, measuring 7.5 meters in length and 6 meters in width, powers both the power plant and the dam. The power station is situated above the dam, and the powerhouse is situated above the instream intake.

A 4.2 hectare reservoir is maintained by Wainikasaou. Two outlet control towers are installed in this reservoir to ensure that there is enough spillway capacity to discharge both the normal and flood inflows, maintaining a peak flood level of 335 m3/s. Wainikasaou’s spillway channel can hold 150 m3/s of water.

Powerplant Waiyevo Reviews

Waiyevo 3 Power Plant was put into service in 2008 and is situated at Waiyevo, Fiji at latitude -16.7844 and longitude -179.9777. The main fuel used in the power plant, which has an installed capacity of 3 megawatts (MW), is oil. Waiyevo 3 Power Plant is one of the biggest power plants in the area, with an anticipated annual generation of 15 gigawatt-hours (GWh).

The Waiyevo 3 Power Plant makes a significant contribution to the nation’s energy production. The power plant ensures effective electricity production by utilizing cutting-edge technologies and sophisticated systems. In addition, the plant has a number of safety measures in place to guard against mishaps. By lowering the possibility of any detrimental effects on the environment and air quality, this helps to improve the environment.

FAQ

Q1. What is the main source of energy for power plants in Fiji?

A. Hydroelectric power is Fiji’s primary energy source for power plants, providing 85% of the nation’s electrical demands. After this, diesel fuel is used to make up the deficit, and some renewable energy sources like solar and wind power are also used.

Q2. Are there any significant advantages of hydroelectric energy?

A. The affordability of hydroelectric energy is its main advantage. This is due to the fact that electricity produced after the dam is constructed is not prone to the same price swings as fossil fuels are. Moreover, hydroelectric power doesn’t add to air pollution because it comes from a renewable source.

Q3. Does Fiji use any other type of energy sources?

A. Apart from hydroelectric electricity, Fiji has some geothermal energy as well, and with the 2020 Sun Fiji Initiative, it intends to use more solar energy. Furthermore, diesel fuel is still utilized to make up the shortfall in order to meet the nation’s energy needs.

Q4. What is the 2020 Sun Fiji Initiative?

A. A program called the 2020 Sun Fiji Initiative was started in 2020 to assist Fiji in lowering its reliance on hydroelectric power and achieving its sustainable energy goals. The government is encouraging people to convert to solar power by investing in additional solar energy infrastructure through this program.

Q5. How is the energy produced in Fiji distributed?

A. The Fiji Electricity Authority (FEA) is in charge of the operation and upkeep of the national grid, which distributes the electricity produced throughout Fiji. The Federal electricity Administration (FEA) guarantees the safe and dependable distribution of electricity throughout the nation.

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