Africa New Energy Strategy: From Resource Endowment to Green Transition

Introduction

Against the backdrop of global climate change and energy transition, Africa is embracing renewable energy at an unprecedented pace. Once synonymous with "energy poverty," the continent is now leveraging its abundant solar, wind, and geothermal resources to move from energy dependence to energy independence. Since 2025, Kenya, Namibia, Zambia, Botswana and others have successively introduced national energy strategies, positioning the new energy industry as a core engine for economic growth and green development. This not only marks a paradigm shift in Africa's energy governance but also signals a reshaping of the global green energy landscape.

I. Kenya: Dual Drive of Geothermal and Wind Power to Strengthen Green Electricity Dominance

As the most representative clean energy country in East Africa, Kenya's 2025 National Energy Policy (2025-2034) explicitly calls for further expansion of geothermal, wind, and distributed solar development. Kenya ranks among Africa's top geothermal resource holders, with proven potential in the Rift Valley alone exceeding 10,000 MW. Currently, geothermal accounts for nearly 50% of Kenya's installed power capacity, with an ambition to raise the renewable share to over 90% in the next decade.

More strategically, Kenya incorporates distributed solar as a priority path for rural electrification, using small-scale PV microgrids to resolve electricity access in remote areas. This "centralized + distributed" hybrid model reduces transmission losses while activating community-level energy markets, offering a replicable example for other developing African nations.

II. Namibia: Green Hydrogen Strategy – From Desert to Global Energy Hub

Namibia's energy transition path is highly pioneering. Its Green Hydrogen Strategy plans multiple "hydrogen valley" projects, leveraging extremely rich solar and wind resources (annual sunshine >3,500 hours, coastal wind speeds >8 m/s year-round) to build a major global green hydrogen production and export base.

Green hydrogen is seen as a key carrier for industrial deep decarbonization. Namibia aims to install at least 4 GW of electrolyzer capacity by 2030, producing hydrogen via solar and wind, and exporting green ammonia and methanol to European and Asian markets. This strategy not only reduces Namibia's dependence on fossil fuel imports but may also reshape global hydrogen trade patterns. Notably, the Namibian government is collaborating with several international energy giants to explore hydrogen use in local mining and transport decarbonization, forming a closed-loop ecosystem of "production – storage – application."

III. Zambia and Botswana: Solar, Storage, and Regional Grid Interconnection

The energy transitions of Zambia and Botswana show clear regional synergy. Both have published energy transition roadmaps focusing on solar PV, energy storage systems, and regional grid interconnection. Zambia is rich in copper, a core raw material for PV, storage, and EV supply chains. This means Zambia's new energy development will directly upgrade its mining value chain, creating a virtuous cycle of "minerals boosting energy, energy boosting mining."

Botswana focuses on combining large-scale ground-mounted PV plants with battery storage to address power stability challenges in arid climates. Meanwhile, both countries actively advance the Southern African Power Pool (SAPP) interconnection protocols, sharing surplus renewable power via cross-border transmission lines. This "renewables + regional grid" model could significantly reduce reserve capacity costs for African nations and enhance energy security across Southern Africa.

Conclusion

From Kenya's geothermal+distributed model to Namibia's green hydrogen ambitions, and from Zambia and Botswana's solar and regional interconnection practices, African countries are advancing new energy development through differentiated pathways. Common features: leveraging resource endowments, clear institutional design, and international cooperation to deeply integrate energy transition with economic growth, industrial upgrading, and regional integration.

Yet challenges remain: limited financing, weak grid infrastructure, and talent shortages are common bottlenecks. The international community must scale up support in green finance, technology transfer, and capacity building. Africa's energy transition is not only crucial for the continent's sustainable development but indispensable for global carbon neutrality. As "Green Africa" moves from vision to reality, the world will witness the resurgence of an ancient continent.