Guinea is a country on Africa’s west coast that is well-known for its diverse fauna, long history, and rich cultural legacy. On the other hand, the nation’s reliance on its energy sources—particularly power plants—is growing. An overview of all the power plants in Guinea, the kinds of energy they produce, and their total energy output will be given in this article. It will also draw attention to any planned or newly constructed power plants as well as the possibility of growing the current electrical system. Additionally, this article will look into Guinea’s power plants and the country’s present energy and access policies in more detail. Finally, the article will look at the nation’s chances for using renewable energy sources in the future.
The list of all Guinean nuclear, hydroelectric, solar, wind, oil, and gas power stations is provided below.
List of all Power Plants in Guinea in table format
We have made the following table, which includes a list of all the power plants in Guinea, 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) |
|---|---|---|---|---|
| Donkea | 15 | 9.95, -12.995 | Hydro | 44.8 |
| Garafiri | 75 | 10.5283, -12.6635 | Hydro | 274.18 |
| Grandes Chutes | 28.32 | 9.9211, -13.0986 | Hydro | 96.99 |
| Kaleta | 240 | 10.4627, -13.2765 | Hydro | 842.88 |
| Kamsar | 26.28 | 10.6667, -14.6 | Oil | N/A |
| Sangaredi | 16.57 | 11.097, -13.79 | Oil | N/A |
| Tinkisso | 15 | 10.75, -11.1167 | Hydro | 45.72 |
| Tombo | 49.25 | 9.5092, -13.7122 | Oil | N/A |
Information Provider: Power Africa
Best Power Plants in Guinea in 2023
Below is information on the top power plant in Guinea:
Powerplant Boke Reviews
Located 10.9333 N, 14.3 W, is the 45 MW hydroelectric Boke facility. It started producing energy in 1985 and is expected to produce 165.02 gigawatts in total during its lifetime. It provides energy to thousands of nearby homes and businesses, making it the main source of power in the area.
A sizable dam is used by the hydroelectric power plant to generate electricity. A neighboring river is used to channel water, which passes through turbines to produce energy. After that, this electricity is routed to a nearby substation where it can be transformed into energy that can be used. The building also has a number of safety precautions in place to guard against power surges.
The Boke power plant is a component of a bigger power system that provides energy to the neighborhood and fosters long-term economic development. The local government, which establishes guidelines and standards for the generation and distribution of electricity in the region, plays a part in this. The Boke powerplant, which offers a clean and renewable energy source, has improved the surrounding ecology.
Powerplant Donkea Reviews
The coordinates of Donkea power plant are 9.95 longitude and -12.995 latitude. This hydroelectric project was built in 44.8 and can generate 15 MW of electricity. Water or hydropower is its main fuel source.
The tremendous force of water falling from a high-elevation water source to a lower-elevation source produces the energy. As a result, the water generates a lot of kinetic energy, which is captured and fed into a turbine to generate energy. The energy source is subsequently refilled by the water, and the snow layers do the same. In this manner, the water flow is kept constant throughout the year.
Because Donkea operates in an inexpensive and environmentally sustainable manner, it is a highly sought-after power plant. It makes use of the natural resources of the area to produce clean energy that would otherwise be wasted. As a result, neither air pollution nor water pollution is produced by it, and its operations produce no emissions. Because Donkea is not located inside a park or nature preserve, the local fauna is also not harmed.
Powerplant Garafiri Reviews
Situated at 10.5283 degrees North latitude and 12.6635 degrees West longitude, Garafiri is a 75 megawatt hydroelectric power station. On 274.18, it was put into service, producing an estimated 72 megawatts of power. Utilizing the local water resources, the hydropower technique was used in the construction of the power plant. Run-of-the-river hydropower systems function without the need for substantial storage reservoirs or physical dams. The operation of the power plants depends on seasonal river flows, and the plants channelize the water from the river without blocking the flow.
Environmental conformance is ensured by the Garafiri hydro power project through adherence to Environmental and Social Impact Assessments (ESIA). By giving people access to a dependable and environmentally friendly source of electricity, it seeks to lower greenhouse gas emissions. Approximately 60,000 homes will have their energy needs satisfied by the project’s output. Additionally, it promises to significantly reduce the level of energy poverty in the area. The initiative also promotes economic expansion and creates job possibilities.
Powerplant Grandes Chutes Reviews
Grandes Chutes Power Plant is situated at latitude -13.0986 and longitude 9.9211. It is the main source of electricity for the surrounding area and is a 96.99 Megawatt hydro power plant. The local government is currently in charge of this electricity producing plant, which was opened on April 12, 2020. The plant’s water supply comes from an underground reservoir that has a capacity of more than a million cubic yards. The natural flow of water through the turbines at this unusual power plant powers the electricity it produces and supplies to the surrounding area.
Grandes Chutes is a dependable source of electricity for the community and the most significant renewable energy source in the entire region. In addition to being a responsible source of electricity, the plant generates an estimated 9.6 MW of clean electricity yearly. It has been manually monitored by knowledgeable experts to make sure the plant is operating to its maximum capacity. It also contains a number of safety mechanisms that reduce the possibility of any form of environmental damage.
Powerplant Kaleta Reviews
Kaleta is a 240 megawatt hydroelectric power project in Guinea, situated at 10.4627 latitude and -13.2765 longitude. Kaleta began producing electricity in 842.88, and its overall power output is projected to be 240 megawatts. Hydropower is the main fuel used by the facility to run.
Both the local houses’ electricity and the energy for the neighboring municipalities are produced by the hydro power of the Kaleta plant. Through its irrigation systems, the hydroelectric plant uses water to produce electricity and supply necessary water. An approximate of 120,000 households in the vicinity are dependent on the electricity produced by the Kaleta plant.
The Kaleta plant has played a significant role in both job creation and the delivery of electricity to the neighboring communities. For the local farmers, the hydroelectric plant provides their main energy source since it powers their agricultural equipment and helps with crop harvesting techniques. Because it gives the neighborhood access to a dependable power source, the Kaleta plant has also created new jobs.
Powerplant Kamsar Reviews
In the nameless nation, the Kamsar Power Plant is situated at latitude 26.28 and longitude -14.6. It was built in 10.6667 and has a 26.28 capacity, using oil as its fuel type. An estimated 10 to 14.6 megawatts of power are produced daily by the Kamsar, which is a significant quantity of energy production. This plant is a dependable source of energy for the nation and can meet the energy needs of the surrounding area.
In order to achieve optimal efficiency, the Kamsar Power Plant’s three-stage production method uses various fuel sources in addition to oil as the principal fuel. The plant was built using the latest technology and is intended to generate as little waste as possible in the power generation process to guarantee maximum energy output. This contributes to ensuring that the nation can minimally disturb its population’s access to a sufficient supply of energy.
The facility can produce between 10 and 14.6 megawatts of electricity each day, which helps the nation expand and develop while ensuring a steady supply of energy. Regarding energy output and dependability, the country has experienced significant achievement with the establishment of the Kamsar Power Plant. It is a significant resource for the nation and will probably continue to play a significant role in the energy system in the future.
Powerplant Sangaredi Reviews
The country of West Africa is home to Powerplant Sangaredi, which is situated in latitude and longitude 16.57, 11.097. It started using oil as its main fuel source in -13.79 and can generate an estimated 16.57 megawatts of power. Being one of the most efficient powerplants in the area, it is a unique powerplant that makes use of the newest and most efficient technologies along with innovative operational methods.
The greatest priority of Powerplant Sangaredi is safety. Every person working on the power plant has had extensive training, and they all participate in frequent safety exercises. In order to maintain environmental safety, the facility has also implemented a number of reserve measures, including carbon capture and storage.
A leader in the country’s green energy transition to sustainable energy sources is Powerplant Sangaredi. It is a hub for technical research with the goal of creating breakthroughs that have the potential to completely transform the West African energy industry. Reducing its carbon footprint is the top objective in order to help its residents live in a cleaner and healthier environment.
Powerplant Tinkisso Reviews
The latitude and longitude of Tinkisso hydroelectric power plant are 10.75 and -11.1167, respectively. The power plant began operations in 45.72 and has an installed capacity of 15 MW. It has assisted in lowering reliance on external thermal power sources and is a major source of energy for the local population.It uses generator sets and turbines to create electricity from water sources. Water is released via canals and other similar channels to drive the turbine blades and produce electricity. To produce electricity, water is stored in reservoirs and subsequently released. There is no pollution of the air or water as a result of this environmentally beneficial method. The factory also makes use of a variety of cutting-edge monitoring technologies in addition to the necessary maintenance to guarantee effectiveness and safety.
The facility has sophisticated control systems and is completely automated to optimize and keep an eye on the performance of the generator sets and turbines. In order to guarantee safe operation, it is also routinely inspected for any indications of damage and repairs are constantly performed. In order to protect the safety of the workers and personnel who operate the plant, it also functions in compliance with applicable safety rules.Tinkisso is a dependable energy source that has made a substantial contribution to the region’s energy demands. Power is generated using its capacities to satisfy the demands of both residential and business clients.
Powerplant Tombo Reviews
With a -13.7122 degree offset, the Tombo powerplant is situated in latitude 49.25 and longitude 9.5092. Tombo is a primary fuel oil power station that has been producing power since 2020, with an estimated 49 MW of capacity.
Tombo is a valuable resource for the area since it gives both businesses and households access to much-needed power. Additionally, by using oil efficiently, the power plant uses cutting-edge technologies to produce sustainable energy. This is crucial to assisting the area in achieving its targets for renewable energy.
When it comes to creating new projects that will support the advancement of a sustainable future for the environment and economy, Tombo is in a good position. The power produced at Tombo will responsibly and sustainably contribute to the growth of the region by utilizing renewable energy sources. By doing this, the area will be able to flourish and provide a steady supply of clean energy for the future.
FAQ
Q. What is the current population of Guinea?
A. The population of Guinea is predicted to be 13.57 million based on the 2020 census.
Q. What type of power plants are used in Guinea?
A. Hydropower accounts for 44% of Guinea’s energy generation, followed by diesel fuel at 25% and natural gas at 16%. Other energy sources like wind and solar power supply the remaining energy.
Q. What are the benefits of using hydropower in Guinea?
A. The most economical and environmentally friendly method of producing electricity is hydropower, which is essential to supplying Guinea’s energy needs. Compared to other energy sources, such diesel-fueled facilities, which have high financial and environmental costs, hydropower is also simpler to scale up or down.
Q. What are the challenges of using hydropower in Guinea?
A. Because hydropower is reliant on water flow, Guinea faces the difficulty of building hydropower plants in an area that frequently sees seasonal droughts, which may have an impact on the water levels of the dams that produce energy. Hydropower projects can also be costly to establish and operate because of the expenses associated with constructing the necessary infrastructure, such as reservoirs and dams, and with continuing to maintain them over time.
Q. What is the availability of electricity in Guinea?
A. Approximately 12.5% of Guineans currently live in areas with access to electricity, and over 80% of that electricity is used in cities. The Guinean government is trying to improve access to power across the nation, while only 2.4% of people live in rural areas.
I hope you find the information about all the power plants in Guinea that I have provided above interesting. If you do, please let us know in the comments.