Namibia’s energy story is not built around one dominant fuel. It is built around distance, sunlight, minerals, imports and future potential. The country has a small population spread across a large, dry territory, with major mining demand, long transmission distances and strong links to the Southern African Power Pool. Today, Namibia still depends heavily on imported electricity and imported liquid fuels, but it also has some of Africa’s strongest solar and wind resources, major uranium deposits, a growing renewable power sector, green hydrogen ambitions and offshore oil discoveries that could reshape the economy after 2030. The central question for Namibia is whether it can turn resource potential into reliable, affordable domestic power.
Namibia’s Energy System Is Defined by Import Dependence and Resource Potential
Namibia has a unusual energy profile: it is rich in energy-related resources but still depends heavily on energy imports. The country has uranium, world-class solar conditions, strong wind areas near the coast, hydropower from the Kunene River and new offshore oil discoveries. Yet it imports a large share of its electricity and all of its refined petroleum fuels.
This makes Namibia different from many other African energy markets. It is not simply trying to expand electricity access or add renewable capacity. It is trying to reduce import exposure while supporting mining, industry, ports, rural electrification and possible green hydrogen exports. The International Energy Agency says Namibia’s electricity imports often stand around 60% to 70% of electricity needs, while the government has targeted 80% domestic electricity generation by 2028.
That import dependence shapes almost every part of the country’s energy policy. Namibia does not want to be fully cut off from regional power trade, because regional interconnection gives it flexibility. But it also wants more domestic generation so that droughts, regional shortages, foreign exchange pressure and imported electricity prices do not control the national power system.
Hydropower and the Ruacana Problem
Namibia’s main domestic electricity source is hydropower, especially the Ruacana Power Station on the Kunene River near the Angolan border. The IEA describes hydropower as the main source of Namibia’s electricity generation, but hydropower creates a difficult planning problem because output depends on rainfall and river flows.
Ruacana can be a strong domestic generator when water conditions are good, but it cannot guarantee stable supply every month. In February 2026, Namibia consumed 440 GWh of electricity, and imports still supplied 56% of the total. Ruacana generated 156 GWh that month, down from 212 GWh in February 2025, showing how much monthly supply can change with water conditions.
This is why Namibia’s future power system cannot rely only on hydropower. Solar, wind, battery storage, regional imports and possibly new dispatchable power all matter because they help balance the variability of Ruacana. Hydropower remains valuable, but it works best as part of a wider system rather than as the country’s main security blanket.
Coal in Namibia: A Small Fuel With an Aging Power Role
Coal is not the heart of Namibia’s energy system in the way it is in South Africa, Botswana or some other regional economies. Namibia does not have a large coal mining economy, and coal does not dominate its electricity supply. Its main coal-fired power reference is the Van Eck Power Station near Windhoek, an older plant that has played a backup and security role rather than serving as the main source of national electricity.
Van Eck matters because it shows the limits of Namibia’s older thermal fleet. The 2022 National Integrated Resource Plan listed Van Eck as a coal plant with 128 MW installed capacity but far lower dependable capacity, and it identified 2025 as its decommissioning year. Global Energy Monitor also notes that NamPower had described Van Eck’s aging units as restricted in operation because of infrastructure limitations.
The future of coal in Namibia is therefore limited. Coal may still appear in energy discussions because of backup generation, regional power imports or industrial fuel use, but it is not the country’s likely growth fuel. Namibia’s geography and policy direction point more strongly toward solar, wind, storage, hydropower balancing and regional electricity trade.
Natural Gas in Namibia: More Future Option Than Current Backbone
Natural gas is not yet a major domestic pillar of Namibia’s energy system. The country does not currently have a large gas-fired power sector, and it has not historically produced commercial volumes of oil or gas. That may change if offshore discoveries lead to development, because several finds include oil and gas condensate.
For now, gas is mainly a future strategic question. If offshore oil projects move ahead, associated gas could become relevant for power generation, industrial use, reinjection, export or petrochemical development. But this depends on field economics, infrastructure, domestic market size and decisions by operators and the Namibian government.
Gas could help Namibia in several ways. It could provide flexible power to balance solar and wind. It could reduce dependence on imported electricity during dry hydropower years. It could support mining and industrial loads. But gas infrastructure is expensive, and Namibia’s domestic market is small. That means natural gas will only become important if offshore development is large enough to justify pipelines, processing, generation or export systems.
Oil in Namibia: Imports Today, Offshore Potential Tomorrow
Oil is one of the most important parts of Namibia’s energy future, but not because the country is already a producer. Namibia still has no commercial oil production, and its transport system depends on imported petroleum products. Diesel, gasoline, aviation fuel and other refined fuels remain essential for road transport, mining, freight, ports, farms and remote areas.
The new story is offshore exploration. Namibia has become one of the world’s most closely watched frontier oil provinces after major discoveries in the Orange Basin. Reuters reported in 2024 that Namibia had no oil or gas production yet, but discoveries by companies including TotalEnergies and Shell were estimated at 2.6 billion barrels, with possible production around 2030.
The oil story became even larger with Galp’s Mopane discovery. Reuters reported in 2025 that Mopane was initially estimated to hold at least 10 billion barrels of oil and gas equivalent, with further drilling finding light oil and gas condensate. In December 2025, TotalEnergies announced an agreement to take an operated interest in PEL83, which includes Mopane, while also working toward a possible final investment decision for the Venus discovery in 2026.
If these projects reach production, Namibia could move from fuel importer to oil-producing state. That would create new revenue, jobs, port activity and policy pressure. It would also raise difficult questions about local content, sovereign wealth management, environmental regulation and how oil income should support the power system, education, infrastructure and industrial growth.
Electricity Infrastructure in Namibia: The Grid Is the Real Bottleneck
Namibia’s electricity challenge is not only about generation. It is also about grid geography. The country is large, dry and sparsely populated, with long distances between generation sites, mining areas, towns, farms and ports. This makes transmission and distribution expensive.
The grid must serve Windhoek, coastal towns such as Walvis Bay and Swakopmund, mining areas in Erongo and the south, northern population centers and remote rural communities. That creates a different energy problem than in a dense urban country. Namibia needs power lines that can move electricity across long distances, but it also needs off-grid and mini-grid systems where full grid extension is too costly.
Regional interconnection is a major advantage. Namibia uses the Southern African Power Pool to buy electricity from neighbors, including South Africa and Zambia. In February 2026, The Namibian reported that imports through the regional market helped balance local supply, with South Africa and Zambia among the major suppliers that month.
The next stage is grid modernization. More solar and wind will require stronger transmission, better forecasting, flexible dispatch, battery storage and clear rules for independent power producers. Without grid investment, Namibia could have excellent renewable resources but still struggle to connect projects to demand.
Nuclear Energy in Namibia: Uranium Producer Without Nuclear Power
Namibia is important to the global nuclear fuel chain even though it does not operate nuclear power plants. The country is one of the world’s major uranium producers, with mining activity concentrated in the Namib Desert. The IEA says Namibia is among the ten-largest uranium resource holders and provides 8.2% of global uranium production. The World Nuclear Association says Namibia has uranium mines capable of providing about 10% of world mining output and notes government support for expanding uranium mining, along with some interest in using nuclear power domestically.
This creates a clear energy contradiction. Namibia exports a fuel used in nuclear power stations around the world, but it does not yet use nuclear energy for its own electricity. The reason is practical. Nuclear power requires a large and stable grid, heavy capital investment, strong regulation, long project timelines, technical skills and public trust. Namibia’s current priority is more immediate: reduce power imports, expand renewables, strengthen transmission and improve electricity access.
Still, nuclear power will likely remain part of Namibia’s long-term energy debate. Small modular reactors may attract interest because they are often presented as more suitable for smaller grids and mining loads. But for now, uranium mining is far more real than domestic nuclear generation.
Renewable Energy in Namibia: Solar, Wind and Storage Fit the Country
Renewable energy is Namibia’s clearest domestic power opportunity. The country has excellent solar conditions, strong wind potential in coastal and southern regions, and large areas where utility-scale projects can be developed if transmission and environmental planning are handled well.
Solar is already the most visible growth technology. Climatescope reported that solar had the largest installed capacity in Namibia in 2024, rising to 507.5 MW from 432 MW in 2023. It also reported that hydropower remained the largest source of electricity generation in 2024, with 2.07 TWh. This combination shows Namibia’s transition pattern: hydropower remains the main generator, while solar is becoming the main new-build technology.
Wind is also important, especially because it can complement solar. Strong wind resources near the coast and in the south can produce power at different times from solar PV. Over time, a mix of solar, wind, storage and hydropower could reduce the need for imported electricity and make the power system more stable.
Namibia’s National Energy Compact says the 2022 National Integrated Resource Plan proposes adding 830 MW of solar PV, 1,546 MW of wind and 650 MW of battery energy storage by 2040, with a goal of about 80% renewable installed capacity and 70% renewable energy in the mix by 2030. Those numbers explain why Namibia is not treating renewables as a side project. They are central to energy security.
Green Hydrogen in Namibia: Exporting Sunlight, Wind and Ammonia
Green hydrogen is the most ambitious part of Namibia’s energy strategy. The logic is simple: Namibia has high-quality solar and wind resources, coastal access, port potential and enough land for very large renewable projects. If those resources can produce low-cost electricity, they can also produce green hydrogen and green ammonia for export.
The Namibian Green Hydrogen Programme describes the country’s solar and wind resources as a long-term advantage for producing green hydrogen and green ammonia. The flagship Hyphen project near Lüderitz is planned as a large integrated green hydrogen and ammonia development. ENERTRAG describes it as a gigawatt-scale project in the Tsau/Khaeb National Park area, with planned renewable generation, electrolysers and ammonia production.
The project is large enough to change Namibia’s economic profile if it succeeds. ENERTRAG describes a full-scale target of 350,000 tonnes of green hydrogen per year and two million tonnes of ammonia per year, with total investment costs around $10 billion.
But green hydrogen is not guaranteed. Reuters reported in September 2025 that RWE withdrew from a non-binding ammonia offtake arrangement linked to the Hyphen project, reflecting slower-than-expected European demand for hydrogen and ammonia. That does not end Namibia’s hydrogen strategy, but it shows that export projects depend on buyers, finance, ports, water, environmental approvals and global demand.
Mining, Uranium and Industrial Electricity Demand
Mining is one of Namibia’s most important energy users. Uranium, diamonds, copper, gold and other minerals create demand for electricity, diesel, water pumping, processing and transport. The IEA says mining accounts for 14% of Namibia’s GDP and 21% of the country’s electricity consumption.
This matters because Namibia’s energy transition is not only about households. It is also about keeping mining competitive. Mines need reliable power, and energy costs affect export competitiveness. If Namibia can supply mines with cheaper domestic renewable electricity, it can reduce emissions while also improving the economics of mineral production.
This is especially important for uranium. Namibia’s uranium is already tied to global low-carbon electricity because it supplies nuclear fuel markets. But uranium mining itself still needs power, water and transport. Cleaner electricity for mining could make Namibian minerals more attractive in markets where buyers care about supply-chain emissions.
Energy Access and Rural Power
Namibia has made progress on electricity access, but rural electrification remains a major issue. The IEA says nearly 45% of Namibians still lack access to electricity, with most people without power living in sparsely populated rural areas.
This is where Namibia’s geography becomes a major policy challenge. Extending the national grid to every rural settlement can be expensive because communities are spread across long distances. Off-grid solar, mini-grids, battery systems and clean cooking solutions may be more practical in some areas than traditional grid extension.
Energy access also connects to education, health care, water supply, phone charging, refrigeration and small business development. A Namibia energy profile should therefore not treat electricity only as a national generation issue. For many communities, the most important energy question is whether power is available at all, whether it is affordable and whether it supports daily life.
Energy Policy in Namibia: Security, Affordability and Local Generation
Namibia’s energy policy is built around security of supply, social development, investment, economic competitiveness and sustainability. The country’s White Paper on Energy Policy sets out goals including security of supply, social upliftment, investment and growth, competitiveness, efficiency and sustainability.
Today, those goals translate into a practical agenda: reduce electricity imports, expand domestic generation, bring in independent power producers, strengthen the grid, grow renewables and support industrial development. Namibia’s Modified Single Buyer Model is also important because it allows more private power participation and gives large customers more options to buy electricity.
The target to generate 80% of electricity domestically by 2028 is one of the clearest policy signals. It does not mean Namibia will stop trading power with neighbors. It means the country wants to rely on imports by choice, not because it lacks domestic capacity.
The Main Energy Challenges Facing Namibia
Namibia’s first challenge is import dependence. Imported electricity helps stabilize supply, but relying on imports for more than half of power needs leaves the country exposed to regional shortages, price changes and currency pressure.
The second challenge is hydropower variability. Ruacana is valuable, but river flows change. A dry period can reduce local generation and increase import needs.
The third challenge is grid capacity. Solar and wind projects need transmission, storage and flexible system management. Namibia’s best renewable sites are not always close to the biggest demand centers.
The fourth challenge is project execution. Offshore oil, green hydrogen, wind, solar, batteries and grid upgrades all require finance, regulation, skills and long-term planning. Announced potential does not automatically become operating infrastructure.
The fifth challenge is fairness. Energy development must support households, rural communities and workers, not only mines, export projects and foreign investors. This is especially important for green hydrogen and oil, where large projects can create high expectations.
The Future of Energy in Namibia
Namibia’s energy future could move in several directions at once. Solar and wind can reduce electricity imports. Battery storage can help stabilize the grid. Hydropower can remain a key domestic source when water conditions are strong. Uranium can keep Namibia connected to the global nuclear industry. Offshore oil could bring major revenue after 2030 if discoveries become commercial projects. Green hydrogen could create a new export industry if global demand and financing develop.
The country’s main energy question is not whether it has resources. It clearly does. The question is whether Namibia can connect those resources to infrastructure, investment and national development. If it can, Namibia could shift from an import-dependent power market into one of southern Africa’s most important energy transition economies.
