Mali’s energy system is defined by a difficult contrast. The country has some of the strongest solar resources in West Africa, important hydropower connections and enough land for large renewable projects. However, many households and businesses still lack dependable electricity. Thermal power plants burn imported petroleum products, the grid does not reach large parts of the country, and power cuts remain a serious economic problem.
The central issue is therefore not simply how Mali can generate more electricity. It is how the country can deliver affordable and reliable power across a large, landlocked territory. Solar farms, hydroelectric dams, regional power trade, rural mini-grids and transmission projects all form part of that effort.
Mali’s Energy Crisis Is Also a Development Crisis
Mali produced about 2,838 gigawatt-hours of electricity in 2023. Thermal power supplied approximately 54% of this total, while hydropower contributed 34%. Electricity received through regional interconnections represented around 9%, and solar power supplied about 3%.[1]
These figures show why the Mali energy sector remains vulnerable. More than half of domestic electricity generation depends on thermal plants, many of which burn diesel or heavy fuel oil. Because Mali does not produce commercial quantities of oil, this fuel must be brought into the country through long transport corridors.
The cost of electricity is therefore connected to international oil prices, exchange rates, road conditions and political relations with neighboring states. A disruption far from a Malian power station can still affect the amount of electricity available in Bamako or another major city.
Electricity shortages also restrict economic development. Manufacturers cannot operate efficiently when supply is interrupted. Shops, hotels, hospitals, telecommunications facilities and mining companies may need private generators. These backup systems increase costs and place reliable electricity beyond the reach of many smaller businesses.
Mali needs more generation, but new power plants alone will not solve the problem. Transmission lines, substations, distribution networks, maintenance systems and financially stable electricity institutions are equally important.
Electricity Access Divides Urban and Rural Mali
Around 54.5% of Mali’s population had access to electricity in 2023. The national figure hides a major geographic difference. Electricity access was estimated at more than 90% in urban areas but less than one-quarter in rural communities.[2]
Bamako and other cities have larger electricity networks, even though their residents still experience power cuts and voltage problems. In rural Mali, the challenge is often more basic. Many settlements remain far from the national grid, and extending conventional transmission and distribution lines across long distances can be expensive.
The country’s size makes this problem harder. Mali stretches from the more populated and economically active south into the sparsely populated Sahara. Communities can be separated by large distances, while insecurity in parts of central and northern Mali makes construction, maintenance and investment more difficult.
This geography means Mali cannot rely on one electrification model. Grid expansion is necessary around Bamako, Sikasso, Ségou, Kayes and other population centers. Isolated solar systems and mini-grids are more practical in many remote areas. Some communities may eventually connect to the national network, while others could continue to operate through local systems.
Electricity access also needs to mean more than a basic household connection. A useful energy supply must be strong enough to support irrigation, water pumping, refrigeration, workshops, schools, health centers and local industry.
Imported Oil Keeps Mali’s Thermal Plants Running
Oil is the most important fossil fuel in Mali’s modern energy economy. The country does not have commercial crude oil production or a domestic refinery capable of meeting national demand. Gasoline, diesel, aviation fuel, heavy fuel oil and other petroleum products must therefore be imported.
Transport is a major source of oil demand, but petroleum products also play a direct role in electricity generation. Diesel and fuel-oil plants can be installed relatively quickly and can operate when hydropower or imported electricity is unavailable. This flexibility explains why thermal generation remains important.
However, diesel power is expensive. Fuel must travel from coastal supply points through neighboring countries before reaching landlocked Mali. Transport costs are added to the international cost of the petroleum itself. Government support may protect consumers from the full price, but subsidies and payments to power producers place pressure on public finances.
Rental generators have sometimes been used to cover shortages in the main electricity system. They can provide emergency capacity, but they are generally not a strong long-term foundation for national electrification. Mali’s infrastructure plans increasingly aim to reduce dependence on small, costly and polluting rental plants.[3]
Oil will remain important for road freight, passenger transport, mining equipment and backup power. The more immediate energy transition is not the complete removal of petroleum. It is the reduction of diesel use in electricity generation where solar, hydropower, storage or regional imports can provide a cheaper alternative.
Coal and Natural Gas Play Almost No Direct Role
Coal is not a significant part of Mali’s electricity system. The country has no major operating coal power sector, and current international energy data report no meaningful coal production or consumption.[4] Unlike South Africa or several Asian economies, Mali does not face the problem of replacing a large fleet of coal-fired power stations.
This gives Mali a different transition path. The main fossil fuel problem is imported petroleum rather than domestic coal. Renewable energy can therefore replace diesel generation without first overcoming a large coal mining and power industry.
Natural gas also has a limited role. Mali does not currently produce or consume natural gas at a scale that shapes the national power mix. Possible oil and gas resources have been discussed, particularly in the north, but commercial development has been limited by weak infrastructure, difficult geology, investment risk and insecurity.
As a landlocked country, Mali also lacks direct access to liquefied natural gas terminals. Any future gas strategy would require pipelines, cross-border supply arrangements or electricity imports from neighboring countries that generate power from gas.
The Kayes–Kiffa interconnection with Mauritania has been discussed as one way for Mali to gain access to lower-cost electricity connected to Mauritanian gas resources. This type of project may be more practical than creating a complete domestic gas system from the beginning.[5]
Hydropower Connects Mali to the Senegal River Basin
Hydropower is Mali’s largest established source of renewable electricity. It supports both the domestic grid and a wider system of regional cooperation built around the Senegal River.
The Manantali, Félou and Gouina projects form part of the infrastructure managed through the Organisation pour la mise en valeur du fleuve Sénégal, commonly known as OMVS. This organization brings Mali together with Senegal, Mauritania and Guinea to develop shared water and energy resources.
The Gouina hydroelectric plant entered service in 2022. Located in western Mali, it has an installed capacity of 140 megawatts and uses water released through the Senegal River system. Its electricity is shared among the four OMVS member countries rather than belonging to Mali alone.[6]
Regional ownership gives Mali access to larger projects than it might finance independently. It also connects water management, power generation and diplomacy. Transmission lines are needed to move electricity from the river basin toward consumption centers, including Bamako.
Hydropower offers lower operating costs than diesel generation and can provide electricity beyond daylight hours. However, it is not free from risk. Output depends on water availability, river management and the condition of dams and turbines. Climate change may increase uncertainty in rainfall and river flows.
Mali therefore needs hydropower as part of a wider mix rather than as its only renewable answer. Solar power can reduce pressure on hydroelectric resources during the day, while hydropower may help balance solar production when water conditions allow.
Solar Power Is Moving From Rural Systems to Large Plants
Solar energy is the clearest growth opportunity in Mali. Strong sunlight is available across much of the country, and utility-scale solar plants can be built closer to demand centers than western hydropower stations.
The 50-megawatt Kita solar plant was an important early project. It demonstrated that a privately developed solar facility could supply electricity to the national utility through a long-term power agreement.[7]
Mali has since announced much larger projects. Construction of the planned 200-megawatt Sanankoroba solar plant began near Bamako in 2024. The project is being developed by NovaWind, a subsidiary of Russia’s Rosatom, and includes proposed battery storage. As of 2026, international project tracking continued to list the facility as under construction.[8]
A separate 100-megawatt solar project was launched at Safo, also in the Koulikoro region, with Chinese participation. Placing large solar plants near Bamako can reduce the distance between new generation and the country’s largest center of demand.
Mali’s technical solar potential is far greater than its current electricity use. IRENA has identified hundreds of gigawatts of possible utility-scale solar development when land, resource quality and other project limits are considered.[9] Only a small part of that theoretical potential needs to be developed to transform the national electricity mix.
The challenge is turning announcements into working projects. Solar developments require financing, secure land rights, grid connections, payment guarantees and confidence that the national utility can purchase the electricity. Battery storage and flexible hydropower will become more important as the share of solar increases.
Bamako’s Grid Is the Immediate Infrastructure Priority
Bamako is both Mali’s largest electricity market and one of the main pressure points in the power system. Demand has expanded faster than parts of the city’s transmission and distribution network. Even when electricity is available from a plant or regional interconnection, weak infrastructure can limit the amount that reaches consumers.
The Yelen Sira project, supported by the World Bank and other partners, is designed to strengthen transmission and distribution infrastructure in Bamako and selected secondary cities. The program is expected to increase transmission capacity in Bamako by at least 100 megawatts, reduce losses and support approximately 60,000 new household connections. It also includes electricity for public facilities and green mini-grids in rural areas.[10]
A second major investment is the Bamako 225-kilovolt North Loop. The African Development Bank approved more than $68 million in financing for the project in 2025, and the financing agreement was signed in early 2026. The planned network will help bring electricity from interconnections and OMVS hydropower toward Bamako while preparing the grid to receive power from future plants around the capital.[11]
These projects show why transmission is central to Mali’s energy future. Building solar capacity without strengthening the grid could create another bottleneck. Electricity may be available at the power station but unable to move safely and reliably to homes and businesses.
Modern metering and improved billing are also important. Technical losses reduce the amount of usable electricity, while commercial losses weaken the finances of Energie du Mali, commonly known as EDM-SA. A stronger utility would be better able to maintain equipment, purchase power and attract private investment.
Regional Electricity Trade Is a Form of Energy Security
Mali’s location creates energy risks, but it also creates opportunities. The country can connect with several neighboring electricity systems and participate in the West African Power Pool.
Regional trade allows Mali to purchase electricity when another country has lower-cost generation available. Hydropower from shared river projects and power imported through Côte d’Ivoire have already become parts of the electricity mix.
Interconnections reduce the need for every country to build enough generation for every possible shortage. A larger regional system can share reserve capacity and use different resources across different seasons. Solar power in one country, hydropower in another and gas-fired generation elsewhere can support a more balanced network.
This system still depends on political cooperation and reliable transmission lines. Regional instability, unpaid electricity bills or damage to infrastructure can interrupt trade. Mali must therefore combine regional imports with domestic solar, hydropower and distributed generation.
Regional electricity should not be seen as a sign of energy weakness. For a landlocked country, it can be one of the most efficient ways to improve security. The goal is to avoid excessive dependence on one supplier or one transmission corridor.
Rural Mini-Grids Can Reach Communities the Main Grid Cannot
Large power stations receive attention, but smaller solar systems may have a faster effect on daily life in rural Mali. A solar mini-grid can serve a village or group of nearby communities without waiting for the national network to arrive.
Mali already has experience with privately operated rural electrification and hybrid systems combining solar panels, batteries and diesel backup. Replacing more of the diesel component with solar and storage can reduce operating costs and exposure to fuel deliveries.
Mini-grids can power homes, but their larger economic value comes from productive uses. Electricity can operate grain mills, irrigation pumps, refrigerators, phone-charging businesses and agricultural processing equipment. Health centers can preserve medicines, while schools can use lighting and digital equipment.
The business model remains difficult. Rural customers may have limited income, and electricity demand may be too low to recover the full cost of a project. Public support, development finance and carefully designed tariffs are often required.
Mini-grids also need clear rules. Developers need to know what will happen if the national grid eventually reaches their service area. Systems should be built to technical standards that allow later connection where possible.
Biomass and Clean Cooking Are Part of the Energy System
Electricity is only one part of Mali’s energy use. Many households continue to depend on firewood and charcoal for cooking. This traditional biomass economy connects household energy with forestry, agriculture, public health and women’s work.
Wood fuels are often more available than electricity or liquefied petroleum gas, especially in rural areas. However, inefficient stoves require large amounts of fuel and produce smoke inside or near the home. Charcoal demand from growing cities can also increase pressure on forests and surrounding rural areas.
Clean cooking policy must therefore be included in any serious account of renewable energy in Mali. Solar farms can improve electricity supply without directly changing how most meals are prepared.
Possible solutions include efficient cookstoves, sustainable charcoal production, LPG, electric cooking, biogas and fuels made from agricultural waste. The best option may differ between Bamako, secondary towns, farming communities and pastoral areas.
Modern bioenergy also has a smaller role in electricity generation. Agricultural residues and organic waste could support local energy projects, but feedstock must be collected without reducing soil quality or competing with food production.
Nuclear Energy Is a Long-Term Proposal, Not a Current Power Source
Mali does not operate a nuclear power plant, and nuclear energy currently contributes nothing to its electricity generation.
The country has nevertheless opened a new area of cooperation with Russia. Mali and Rosatom signed several agreements in 2024 covering nuclear feasibility work, training and public information. Officials also discussed the possible development of a Russian-designed low-power nuclear plant.[12]
In June 2025, Russia and Mali signed an intergovernmental agreement establishing a broader legal framework for cooperation in the peaceful use of nuclear energy. Areas of possible cooperation include nuclear infrastructure, research, education, medicine and future power applications.[13]
These agreements do not mean that a Malian nuclear plant is ready for construction. A nuclear power program requires an independent regulator, trained personnel, long-term financing, waste management, security systems and a grid able to absorb the output of a reactor.
Mali’s immediate needs remain grid repair, electricity access, utility reform and faster deployment of proven generation. Small modular reactors may continue to appear in long-term discussions, but nuclear power is not yet a practical source of electricity in the country.
The nuclear agreements are still important politically. They show Mali’s effort to build new international partnerships and consider energy options beyond its existing relationships.
The Future of Energy in Mali Depends on Delivery
Mali has no shortage of energy plans. Its future depends on whether projects move from announcements and financing agreements into reliable operation.
Solar power is likely to become the fastest-growing source of generation. Hydropower and regional electricity trade will remain important for balancing the system. Diesel plants will continue to provide backup, but their share can decline if new solar capacity, storage and transmission infrastructure are completed.
The most important measure of progress will not be the size of Mali’s theoretical solar potential. It will be the number of households, businesses, farms and public facilities receiving electricity that is dependable and affordable.
Mali’s energy transition is therefore an infrastructure and access project before it is a conventional decarbonization story. The country needs to connect large solar plants to Bamako, extend electricity to secondary cities, support rural mini-grids, strengthen regional links and reduce the financial burden of imported oil. Success in those areas would turn Mali’s natural energy resources into a system capable of supporting national development.