Liberia’s energy system contains a striking contrast. Most electricity supplied through the national grid comes from renewable hydropower, yet a large share of the population still lives without a formal electricity connection. Homes and businesses that cannot depend on the grid often turn to diesel generators, solar equipment, firewood or charcoal.
The country is now trying to move beyond this divided system. The restoration of the Mount Coffee Hydropower Plant, the opening of Liberia’s first utility-scale solar farm, regional electricity imports and new rural projects are increasing supply. However, weak transmission networks, seasonal water levels, imported fuel costs and financial problems at the national utility continue to limit progress.
A Renewable Grid Inside an Energy-Poor Economy
Liberia is not a coal economy, a natural gas producer or a large oil exporter. Its formal electricity sector is mainly built around hydropower, supported by heavy fuel oil plants and imports from the wider West African power network. Solar energy is also beginning to take a larger role.
On paper, this gives Liberia a relatively clean electricity mix. The country’s National Energy Compact describes renewables as around two-thirds of on-grid generation. In practice, this does not mean that most Liberians have access to clean and reliable power. The same compact uses a national electricity access baseline of 32.7 percent, showing how far the grid still needs to expand.
The difference between electricity generation and total energy use is also important. Wood and charcoal remain central to cooking and household energy. Petroleum products power vehicles, generators, mining equipment and industrial machinery. Liberia therefore has a renewable-heavy public grid inside a wider energy economy that still depends on traditional biomass and imported oil products.
The main challenge is not simply choosing between fossil fuels and renewables. Liberia must produce more electricity, make supply reliable throughout the year and extend service far beyond the areas already connected.
Mount Coffee and the Wet-Season Advantage
The Mount Coffee Hydropower Plant is the centre of Liberia’s electricity system. Located on the St. Paul River near Monrovia, the plant was originally developed before the civil wars but was badly damaged during the conflict. Its rehabilitation became one of the most important infrastructure projects in Liberia’s post-war recovery.
Mount Coffee has an installed capacity of 88 megawatts. In June 2026, the government announced that a damaged turbine had been restored, returning the facility to its full generating capacity. The restoration was significant because the damaged unit had reduced possible output by about 22 megawatts since 2021.
Hydropower gives Liberia access to domestic electricity without the continuing fuel cost of a diesel or heavy fuel oil plant. It can reduce electricity production costs, limit exposure to oil price changes and provide a stronger base for economic development.
The weakness is seasonality. Mount Coffee is a run-of-river facility rather than a large storage dam. Its output depends heavily on water flow. During Liberia’s rainy season, the plant can provide much of the electricity used on the national network. During the dry season, output can fall by more than three-quarters.
This pattern creates two different power systems during the year. Wet-season electricity can be relatively abundant and low-cost, while dry-season supply is more limited and expensive. Liberia must then use thermal generation, imported electricity or power cuts to close the gap.
Future hydro plans include an extension of Mount Coffee and the proposed St. Paul River 2 project. These projects could add a large amount of renewable capacity, but they also require major financing, environmental studies, transmission investment and careful management of river conditions.
Solar Power Is Becoming Liberia’s Dry-Season Answer
Solar power fits Liberia’s electricity system for a specific reason: it can produce power when hydropower is under the greatest pressure. Liberia’s dry season brings lower river flow, but it also provides conditions that are suitable for solar generation.
On June 5, 2026, Liberia commissioned a 20-megawatt solar photovoltaic facility at the Mount Coffee complex. It was the country’s first utility-scale solar power plant and an important change from earlier renewable projects, which were generally smaller or designed for isolated communities.
Placing the solar plant beside Mount Coffee has several advantages. The project can use existing grid infrastructure, roads and technical facilities. Solar output can also reduce the need to operate expensive heavy fuel oil plants during daylight hours.
The location creates a form of seasonal cooperation. Hydropower is strongest during the wet season, while solar becomes especially valuable during the dry season. The two resources cannot remove every shortage, but together they create a more balanced renewable system than hydropower alone.
Further development is planned. A later phase is expected to add another 10 megawatts of solar capacity and a battery energy storage system. The battery would help manage changes in solar output and allow some electricity generated during the day to be used during the evening demand peak.
Liberia’s 2035 climate plan also calls for much greater solar investment, including 100 megawatts of solar photovoltaic capacity with battery storage. Reaching that goal will require private capital, clear power purchase rules and stronger transmission infrastructure.
Off-grid solar has a different but equally important role. Solar home systems, mini-grids, clinic systems and solar equipment for schools can reach communities that may wait years for a national grid connection. In isolated areas, a smaller local system may be more practical than building a long distribution line through difficult terrain.
Imported Oil Still Keeps Transport and Backup Power Running
Liberia does not currently produce commercial quantities of crude oil, and it does not operate a domestic oil refinery. Petroleum products used in the country therefore arrive through imports.
Gasoline and diesel are essential to road transport, construction, agriculture and mining. Fuel also supports ships, port activity and private generators. Heavy fuel oil has been used by the Liberia Electricity Corporation to produce electricity when hydropower and regional imports are not enough.
This dependence creates a direct link between international oil prices and the Liberian economy. Higher fuel prices can raise transport costs, food distribution expenses, generator costs and the price of operating businesses. The effect is especially strong where unreliable grid service forces companies to maintain their own diesel generation.
Imported fuel also creates pressure on foreign exchange. Liberia must pay overseas suppliers for products that are consumed throughout the economy. Expanding domestic hydro and solar power cannot remove the need for transport fuel, but it can reduce the amount of imported oil burned to generate electricity.
Liberia is also trying to revive offshore petroleum exploration. Production-sharing contracts with TotalEnergies for four offshore blocks were signed and later ratified during 2025. By early 2026, the government and company were discussing the next steps toward exploration.
These agreements do not mean that Liberia has become an oil-producing state. Offshore exploration is expensive, technically difficult and uncertain. Commercial production would require a discovery, further drilling, development approval and major investment. For the near future, Liberia’s oil story remains one of imported products rather than crude exports.
Why Coal and Natural Gas Remain Outside the Main System
Coal has no meaningful role in Liberia’s current electricity system. The country does not operate a major coal-fired power fleet, and coal is not central to its industrial economy. Liberia’s formal generation base has instead developed around hydropower, oil-fired backup plants, regional imports and solar energy.
This makes Liberia different from African countries where coal supports large power stations, mines, steel plants and industrial centres. Building a new coal system would require fuel supply arrangements, specialised ports or transport infrastructure, power plants and environmental controls. Liberia already has strong hydro and solar resources that offer a more natural direction for new electricity investment.
Natural gas also remains outside the main power system. Liberia has no established national gas pipeline network, large gas-fired generation fleet or operating liquefied natural gas import terminal. Its thermal electricity plants use heavy fuel oil rather than natural gas.
Future offshore petroleum exploration could discover gas as well as oil, but a discovery would not automatically create a domestic gas market. Liberia would need processing facilities, pipelines, power plants, commercial customers and enough demand to support the cost of development.
Natural gas may appear in long-term transport and climate discussions, including possible compressed natural gas vehicles. However, it is not currently a foundation of Liberia’s electricity strategy. Hydro, solar, storage and regional power trade are much closer to the country’s present needs.
The Grid Must Reach Beyond Monrovia
Liberia’s energy problem is partly a generation problem, but it is also an infrastructure problem. Producing electricity at Mount Coffee does not help a distant community unless transmission and distribution networks can deliver it.
Electricity access has historically been concentrated in Monrovia and nearby areas. Other cities, mining regions and rural communities often have weaker service, isolated systems or no formal connection. Roads, forests, long distances and low population density can make grid construction expensive.
The country’s civil wars destroyed much of the old power system. Rebuilding has required new transmission lines, substations, distribution networks, meters and utility offices. Progress has been made, but the national network remains limited compared with Liberia’s geographic size and development needs.
Power theft and unpaid electricity bills add another layer of difficulty. Electricity lost through illegal connections, damaged equipment or poor collection does not generate enough revenue for maintenance and expansion. The Liberia Electricity Corporation must reduce these commercial losses while also keeping tariffs within reach of households and businesses.
Prepaid meters are one part of the response. They can improve payment collection and help customers manage consumption. However, meters alone cannot solve weak grid capacity, transformer failures, technical losses or shortages during the dry season.
Rural electrification will need several approaches. Grid extensions make sense around cities, main roads and economic centres. Mini-grids can serve towns that are too far from the main system. Solar home systems can supply basic lighting, phone charging and small appliances in remote communities.
Regional Electricity Trade Through the CLSG Line
Liberia is now connected to the Côte d’Ivoire–Liberia–Sierra Leone–Guinea interconnector, normally known as the CLSG line. This connection is part of the West African Power Pool, which aims to allow countries to exchange electricity across national borders.
The line gives Liberia access to imported power, particularly from Côte d’Ivoire. These imports are valuable during the dry season, when Mount Coffee produces less electricity and domestic thermal generation becomes more expensive.
Regional imports have already reduced Liberia’s need for heavy fuel oil generation. World Bank analysis found that CLSG electricity lowered the average cost of supply when compared with relying on thermal generation alone.
The interconnector also gives Liberia a possible future export route. If new hydropower and solar projects create surplus electricity during certain periods, Liberia could sell some of that power to neighbouring systems. This could turn the country from a regular importer into a seasonal importer and exporter.
Regional trade still brings financial and operational risks. The Liberia Electricity Corporation must remain current on payments, while transmission operators must maintain the line and agree on tariffs. Liberia also cannot allow imported electricity to replace investment in its own grid.
The strongest system would combine domestic renewable generation with regional trade. Local hydro and solar would provide the main supply, while the West African Power Pool would help manage shortages, seasonal changes and unexpected outages.
Biomass, Charcoal and Liberia’s Larger Energy Reality
Electricity statistics do not fully describe how energy is used in Liberia. Firewood and charcoal remain primary cooking fuels for much of the population, especially where electricity and liquefied petroleum gas are unavailable or unaffordable.
This traditional biomass system is connected to livelihoods as well as household needs. Cutting wood, producing charcoal, transporting fuel and selling it in urban markets provide income for many people. A clean cooking transition must therefore consider employment, local markets and household budgets.
The environmental cost can be serious. Liberia contains a large share of the remaining Upper Guinea rainforest, but charcoal production, logging, farming and other land uses place pressure on forest areas. Traditional cooking fires can also create indoor air pollution.
Liberia’s National Energy Compact recorded clean cooking access at only 0.8 percent of the population in its baseline data. The government’s climate plan now includes cleaner stoves, liquefied petroleum gas, electricity, biogas and advanced biomass systems as possible alternatives.
Electric cooking could become more practical as the grid expands, but it requires reliable service and affordable appliances. LPG can reduce smoke but remains an imported fuel. Improved biomass stoves can lower fuel use, although they do not completely remove dependence on wood.
For Liberia, clean cooking is not a minor environmental programme. It is one of the country’s largest energy access challenges.
Nuclear Power Is Not Part of Liberia’s Electricity Plan
Liberia does not operate a nuclear power plant and has no active programme to build a commercial reactor. The small size of its electricity system, limited grid coverage, financing needs and shortage of technical infrastructure make nuclear electricity an unrealistic near-term option.
The country does work with the International Atomic Energy Agency, but this cooperation is focused mainly on peaceful non-power uses of nuclear science. Priority areas include radiation safety, health, agriculture, water resources and industrial applications.
Nuclear techniques can support medical treatment, crop development and scientific research without involving electricity generation. Liberia has also been working to strengthen its laws and institutions for radiation protection and nuclear security.
For electricity, the immediate priorities are clearer: restore and expand hydropower, add solar and batteries, improve the grid, reduce losses and connect more households. These investments match the scale and resources of Liberia’s energy system more closely than a nuclear power programme.
Mining, Ports and the Economic Case for More Power
Liberia’s demand for electricity will grow as its economy develops. Mining is especially important because iron ore and gold projects can require large and reliable power supplies. Industrial customers can also improve the financial position of the grid by purchasing large volumes of electricity.
Ports at Monrovia and Buchanan, agricultural processing, rubber production, construction and urban businesses also need dependable energy. Without it, companies must use imported diesel, which raises costs and weakens competitiveness.
Reliable electricity could support new cold-storage facilities, digital services, workshops, water systems and food-processing businesses. In rural areas, even modest power supplies can extend working hours, improve communications and reduce the loss of agricultural products.
This creates an important policy question. Large mining and industrial projects may be able to finance their own generation, but separate private systems do not automatically improve public electricity access. Liberia will gain more if major customers connect to and support a stronger national or regional network.
Energy planning must therefore connect household electrification with industrial development. New power plants need customers that can support their cost, while economic growth needs electricity that is more reliable than private diesel generation.
Energy Policy, Utility Reform and the 2030 Access Target
Liberia’s National Energy Compact sets a target of increasing electricity access to 75 percent by 2030. The plan calls for about 100,000 households to gain access each year through grid connections, mini-grids and off-grid systems.
It also seeks to raise the renewable share of on-grid generation to at least 75 percent while expanding total generating capacity. Achieving both goals will require much more than building power plants.
The Liberia Electricity Corporation must improve revenue collection, reduce power theft, maintain equipment and pay for regional electricity imports. The government also wants to attract private investment into solar power, distributed renewable energy and clean cooking.
Tariff policy will remain difficult. Electricity prices must provide enough revenue to operate the system, but high tariffs can exclude low-income customers and encourage illegal connections. Lower-cost hydro, solar and regional imports can help, although network investment and utility reform are still necessary.
Liberia also needs stable rules for independent power producers and private mini-grids. Investors need to know how tariffs will be approved, how electricity will be purchased and what will happen when the main grid eventually reaches an isolated system.
The Future of Energy in Liberia
Liberia’s energy future is likely to be built around the combination of water, sunlight and regional connections. Mount Coffee will remain the main national power asset, but solar generation and battery storage can reduce its seasonal weakness. The CLSG line can provide backup and create a route for future electricity exports.
Oil products will remain important for transport and industry, while offshore exploration may continue without guaranteeing commercial production. Coal and nuclear power are unlikely to become major parts of the system, and natural gas remains a possible long-term option rather than a present foundation.
The most important measure of progress will not be the announcement of another power project. It will be whether more Liberians receive electricity that is reliable, affordable and available throughout the year.