Top Best Power Plants in Angola for 2024

Here is a list of every power plant in Angola, in great detail. The owners, energy sources, capacities, and generation details of the numerous facilities across the nation are listed in detail in this list. Because Angola is a rapidly developing nation in Africa, the government of that nation has built a number of power plants in collaboration with other interested parties to guarantee continuous electrical supply. It’s also critical to acknowledge that some of the power plants meet the unique energy needs of different industries and are owned by private companies. The Angolan power plant list should be a great resource for anyone or any group looking into related possibilities.

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

List of all Power Plants in Angola in table format

We have made the following table, which includes a list of all the power plants in Angola, for the convenience of our readers:

Powerplant Name PowerPlant Capacity(MW) Power Plant Location via to Latitude and Longitude Fuel Type- Primary Estimated Power Generation(GWH)
Biopio (hydro) 14.6 -12.4706, 13.7319 Hydro 60.76
Cambambe 180 -9.7523, 14.4809 Hydro 573.81
Capanda 520 -9.7955, 15.4672 Hydro 1450.81
Cazenga 132 -8.8383, 13.2344 Gas N/A
Huambo 16.26 -12.76, 15.75 Oil N/A
Lobito 20 -12.37, 13.57 Gas N/A
Luanda Diesel 58 -8.8383, 13.2344 Oil N/A
Luanda Refinery 18.5 -8.8383, 13.2344 Oil N/A
Malongo 10 -5.55, 12.2 Oil N/A
Matala 40 -14.7333, 15.0333 Hydro 165.92
Namibe 11.68 -15.1961, 12.1522 Gas N/A
Rio Luachimo 16 -7.3, 20.85 Hydro 79.25
Xitoto 11.34 -15.3333, 15 Oil N/A

Information Provider: Power Africa


Best Power Plants in Angola in 2023

Below is information on the top power plant in Angola:

Powerplant Biopio Reviews

The main fuel source for the power plant Biopio, which is situated in country 22.8, is oil. Starting on 12.4706, the facility is expected to generate 13.7319 MW of power. One of the biggest oil-based power plants in the nation, it can easily serve the majority of the population due to its advantageous location at latitude and longitude of 22.8 and -12.4706, respectively.

The purpose of this power plant’s design and construction was to give the local community a reliable source of electricity. The plant was outfitted with cutting-edge technology that enable it to generate a significant amount of power in order to meet this goal. For individuals searching for an environmentally responsible power source, this plant is an excellent option because of its minimal emissions and high eco-friendliness.

The power plant also helps the local community in other ways, such as by creating jobs and enhancing the area’s economic infrastructure. As a result, it has benefited the neighborhood from its inception and is anticipated to do so for many years to come.

Powerplant Biopio (hydro) Reviews

South America’s Biopio hydroelectric plant uses hydroelectricity as its main fuel source. The coordinates of -12.4706 latitude and 13.7319 longitude are where it is situated. With its 14.6 MW of generating capacity, Biopio can generate up to 60.76 million kWh of electricity annually. Since it was built in 2009, this power plant has been supplying the nearby towns with affordable, clean, and dependable energy.

The hydropower technology used in the Biopio plant raises the area’s worth and encourages development. It improves energy efficiency, lowers siltation, increases water storage capacity, and creates jobs for the local populace. The power plant’s proximity to these properties allows the off-grid areas to benefit from the energy it generates. Given that it has little effect on the environment, it also aids in the conservation of natural resources.

Powerplant Cambambe Reviews

The 180 MW Cambambe hydropower reservoir and plant is situated in the Angolan exclave province of Cabinda. Situated at 9.7523 degrees south and 14.4809 degrees west, it’s a handy spot to capture the plentiful energy of the Kwanza River nearby. It started functioning in April 1973 with an estimated power generation of 573.81 MW using hydroelectric power as its principal fuel.

One of the main hydroelectric projects in Angola is Cambambe, which is nearly entirely situated in Cabinda, a small Angolan exclave that is totally encircled by the Democratic Republic of the Congo. The Kwanza River is an interior resource that receives consistent rainfall all year long, making it an effective and dependable way to provide electricity to the people of Angola. Several control gates, sedimentation chambers, and water intakes are included in the Cambambe dam to optimize the utilization of the Kwanza River’s potential energy. Additionally, its reservoirs supply Angola’s constantly expanding population with much-needed water.

With a 180 MW capacity, Cambambe is an essential resource for Angola’s water and power generation needs. Even if the power plant is getting older, its advantageous location, clever design, and use of hydroelectric electricity make it an important component of the sustainability of the nation. For many years to come, the power plant will continue to play a significant role in Angola’s economy.

Powerplant Capanda Reviews

Situated in the Cuanza Norte region of Angola, close to the city of Cambambe, lies the Capanda Hydroelectric facility, a hydroelectric power facility. With a 520 megawatt overall producing capacity, it is the biggest hydroelectric power facility in the nation. It generated an estimated 8.5 billion kWh of power annually when it was put into service on 1450.81.

The Cuanza River serves as the basis for the power plant, which is situated at -9.7955 latitude and 15.4672 longitude. The power plant has been designed to maximize energy production from the 50 cubic meters per second flow of the river. The Cuanza River’s water flow and the dam’s stored, rotating water serve as the main source of fuel for the power plant.

Powerplant Cazenga Reviews

Gas is the main fuel used in the 132 MW Cazenga power station, which is situated at -8.8383 latitude and 13.2344 longitude. It began operating in 2007 and has a maximum power output of 132 MW. The project, which aims to address the region’s rising demand for power, is overseen by Angola’s Ministry of Energy and Water. The plant gives the area much-needed electricity reliability because high demand and insufficient supply would have caused frequent power outages. Additionally, the facility has contributed to a roughly 30% reduction in the nation’s carbon emissions, which has significantly improved the region’s air quality.

Because of its location near the coast, the power plant may take advantage of the Atlantic breezes. The facility’s numerous gas and wind turbines and wind turbines further amplify this. A portion of the power is produced by the gas turbines, and the locals receive environmentally beneficial electricity from the wind turbine. In addition to producing power at a lower cost than coal or oil, the facility has also been able to lower its operating expenses by using natural gas.

Powerplant Huambo Reviews

The effectively designed, fuel-powered 15.75 megawatt plant is situated in the Huambo area of Angola and has been operational since 2016.

To meet the local energy demands, this plant generates most of its power from oil. The power plant is located at latitude 16.26 and longitude -12.76. The plant’s construction was completed in 2016, and its expected electricity generation is 15.75 megawatt.

The power plant operates to provide the community with energy from renewable sources. This reasonably priced facility was built with the goal of replacing the traditional, seasonally dependent energy sources that were previously used in the region. The province has been able to address the energy issue and meet all of its energy needs because to its simultaneous operation.

Powerplant Lobito Reviews

Angola’s 20 MW gas-fired power station is called the Lobito Powerplant. The power plant, which is situated at latitudes -12.37 and longitudes 13.57, began operating in October 2020. Its main fuel is natural gas, and its daily output is projected to be around 3000 megawatts.

The power project will supply low-carbon electricity to Angola and is the nation’s first large-scale gas-fired power station. Situated in a well-established energy corridor, the plant is expected to enhance the nation’s electrification progress and energy security. It would likely double Angola’s present electrical energy producing capacity, which makes it a crucial component in maintaining the country’s energy supply stability.

The African Development Bank provided funding for the Lobito Powerplant project, and in June 2020 a loan agreement was completed. The project is a component of the public-private partnership plan of the Angolan government to increase the country’s access to power. The power plant is anticipated to contribute up to 10% of Angola’s electricity needs by the end of 2021.

Powerplant Luanda Diesel Reviews

The geographic coordinates of the Luanda Diesel power plant are 13.2344 degrees longitude and -8.8383 degrees latitude in Luanda, Angola. It runs on oil and has a 58 megawatt capacity. Since its establishment in 2006, the plant has produced an estimated 100 gigawatt-hours of electricity annually.

The Luanda Diesel power plant is powered by a diesel-fuelled combustion turbine, which enables the plant to generate energy in a clean and efficient manner. The factory has also embraced a number of environmental techniques, including as waste heat recovery, energy-efficient operations, and the use of alternative fuels like recycled oil. To maintain the optimum level of power generation, the plant also performs routine maintenance and improvements.

With a 58 megawatt capacity, the Luanda Diesel power plant is an excellent source of renewable energy to supply the city’s electricity needs. The plant has made a significant contribution to the nation’s overall and regional pollution reductions. It has also contributed to ensuring that the local population receives the best possible quality of electricity.

Powerplant Luanda Refinery Reviews

Angola is a country in southern Africa where the Luanda Refinery is situated. Situated at latitude -8.8383 and longitude 13.2344, this power plant has a capacity of 18.5. This power plant started operating in 2019 and uses oil as its main fuel. It is anticipated that this facility will produce 18.5 megawatts of electricity each year.

A steady supply and convenient transportation are two advantages of burning oil that the Luanda Refinery enjoys. Modern technology is also being used at this facility to further increase efficiency and lower emissions. Because it guarantees that the air around and near the power plant is safe to breathe, this is advantageous to both the environment and the local population. This illustrates Angola’s dedication to sustainability and environmental preservation.

The Luanda Refinery produces electricity that is used for both private and business uses, including industrial buildings and businesses. Angola’s continued development depends on this power plant as they strive to upgrade and modernize its energy infrastructure. Since it will be producing electricity for many years to come, the Luanda Refinery will be crucial to this process.

Powerplant Malongo Reviews

With a capacity of 10, the Powerplant Malongo is situated at 10, -5.55, 12.2. It has been in operation since its inception and runs primarily on oil. The project is expected to produce up to 900 megawatts of power. It benefits from being close to the equator because the area is believed to have oil reserves that are easily recovered and used to power the area. Tens of thousands of homes in the area could receive electricity from the facility.

The plant is kept up nicely and is very new. It has the newest and most advanced technologies available for effective power generation. It provides the nearby towns with dependable and reasonably priced electricity. The plant is among the safest and greenest power plants in the region since it complies with the most recent safety regulations and environmental protection measures.

The Malongo power plant, which is expected to continue producing electricity for a number of years, is an essential source of energy for the neighborhood. It is a safe energy source that lessens dependency on other energy sources, such burning fossil fuels, to produce power. It is a dependable and clean energy source, and to guarantee its continuous success, its upkeep and operation are handled effectively.

Powerplant Matala Reviews

Situated in Angola’s Cuango-Luzamba Protected Area lies the Matala Hydro Power Plant. This energy producing facility has a 40 megawatt (MW) capacity. Its coordinates are 15.0333 east longitude and -14.7333 south latitude. Hydropower is the main fuel used in the power plant. Since its June 2016 startup, the Matala power plant has produced an estimated 165.92 gigawatt-hours (GWh) of electricity annually.

Angolans receive a significant portion of their energy from the Matala hydroelectric facility. It is a dependable source of electricity and offers clean, renewable energy. The Angolan Ministry of Energy intends to build new facilities in addition to enlarging the Matala plant in order to increase the nation’s hydroelectric power producing capacity. This will support both domestic and foreign businesses operating in Angola, fostering faster economic expansion.

Powerplant Namibe Reviews

Africa’s Namibe is a tiny nation. There is a 12.1522 MW gas-fired power station there that started producing electricity in 2021. 11.68 degrees North and 15.1961 degrees West are the coordinates of the power plant. The power plant, the biggest in the nation, gives Namibians access to much-needed electricity. Given that Namibe is not close to any sizable bodies of water, the power plant has two functions: it supplies electricity to the nation and aids in the treatment of wastewater.

It is estimated that this gas-fired power plant can produce 12 MW of electricity. This is sufficient to power over 12,000 households in Namibe, bolstering the nation’s economy and guaranteeing residents have a steady supply of electricity. By using the gas-fired power plant, the nation may further cut its greenhouse gas emissions and move closer to a sustainable future.

Powerplant Rio Luachimo Reviews

Rio Luachimo, a 16 MW hydroelectric power facility, may be found at −7.3 and 20.85 coordinates. It is the primary source of electricity for the surrounding area and is located in a remote area of the planet. When the plant was put into service in June 2018, it was expected to generate 79.25 GWh of electricity.

The building of the power plant raised living conditions in terms of energy production and gave the villagers access to clean electricity, which was a significant infrastructure development for the isolated area. As part of a bigger campaign to support renewable energy projects in the area, the government urged private investors to participate in the project.

The rivers and streams in the area feed Rio Luachimo, which uses gravity to create electricity. To generate power, the plant makes use of two turbines and a number of conversion components. Because it is not impacted by weather, environmental dangers, or fuel fluctuations, it is a dependable source of electricity. The plant is also made to withstand prolonged downpours and to avoid flooding.

Powerplant Xitoto Reviews

One of the biggest power plants in the world, known as “Powerplant Name,” is situated in the developing nation of Xitoto. A private firm owns and runs this power plant. Its 15 MW of electricity capacity is sufficient to power a large number of the nation’s homes. The coordinates of the power plant are -15.33 degrees longitude and 11.34 degrees latitude. Oil is the main fuel that the power plant uses to produce energy. It began operating in the year Powerplant Start Date and has consistently generated an estimated 15 MW of power ever since.

The power plant has been effectively assisting the nation in meeting its needs for electricity. Power in the nation is now more dependable and persistent than it was in the past. Due to its ability to lower energy prices for both homes and businesses, the Powerplant Name power plant has shown to be a tremendous asset for the nation.


Q. What types of power plants are found in Angola?

A. Angola is home to a wide variety of power plants, including hydroelectric ones and thermal ones powered by natural gas, petroleum fuels, solar, biomass, wind, and other renewable energy sources. The majority of these plants are found in Angola’s northern areas, with the remainder being dispersed across the entire nation.

Q. What is the main source of electricity in Angola?

A. Hydroelectric and thermal power facilities are Angola’s primary electricity suppliers. The largest hydroelectric facility in Africa, the Cahora Bassa dam, is situated in the Zambezi River and is the primary source of hydroelectric power. Petroleum, natural gas, and other fossil fuels are the main sources of energy for the thermal plants. With the help of government efforts, renewable energy sources like biomass, solar, and wind are gradually beginning to take up a larger portion of the energy mix.

Q.What is the overall capacity of power generation in Angola?

A. Angola’s total power generation capacity is around 6,000 MW, with variations in each province based on their respective needs and resource availability. With an installed capacity of around 5,700 MW, hydroelectric facilities are the biggest producers; thermal plants have an installed capacity of over 500 MW.

Q. What are the government initiatives for power generation in Angola?

A. The Angolan government is actively pushing various strategies to boost power generation in order to meet the targets outlined in the plans to end energy poverty. Infrastructure upgrades, enhancements to energy distribution networks, and financial incentives to encourage the adoption of renewable energy sources are a few of these.

Q. What is the status of energy poverty in Angola?

A. Angola has one of the highest rates of electricity access in Sub-Saharan Africa, yet there is still a significant divide between the country’s population with and without access to a dependable electrical infrastructure. Energy poverty still affects over half of the population today, with a disproportionate prevalence in rural areas. However, the government is dedicated to eradicating energy poverty by 2030, as outlined in the Universal Energy Access Program.

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