Charles Wanguhu Enzi Ijayo, Africa Initiative
The African Development Bank and the World Bank, in partnership with Africa’s leaders and other development partners, recently launched Mission 300. This ambitious plan seeks to connect 300 million people in Sub-Saharan Africa to electricity by 2030. This goal comes in response to the nearly 600 million people in the region still suffering from an energy deficit.
Closing this gap requires a massive push: rural and underserved communities must finally get reliable, affordable energy. If done right, this will be more than an infrastructure project – it will transform lives through better health, education, and economic growth. To achieve the Mission’s primary objective, specific challenges such as energy accessibility and affordability must be addressed.
Challenges in Expanding Energy Access
Mission 300 (M300) is bold and necessary, but the challenges are real. First, energy poverty is not evenly spread. Just three countries – Nigeria (86.8m), the Democratic Republic of Congo (79.6m), and Ethiopia (56.4m) – alone account for roughly one-third of all people without electricity worldwide. Most of these unserved people live far from existing grids in rural areas.
Electrifying these areas goes beyond technical improvements on the nearby substations. It requires catering to the peculiar needs of each community through creative solutions like solar mini-grids and battery systems, targeted public investments, and integrating power expansion in schools, clinics, and farms. The project design, planning, and resources must be prioritised according to places with the greatest need rather than solely investing in easy urban connections.
Secondly, there is a challenge of energy affordability. While the energy deficit can be managed, it is imperative to factor in the affordability capacity of the consumers. The M300 envisions electrifying millions of Africans by 2030, and unfortunately, over 400 million (66%) of these persons live on or below the poverty line. Therefore, this programme’s sustainability depends not only on technological and infrastructural improvement but also on the cost-effectiveness, affordability, and profitability of the energy solutions provided.
African consumers are highly price-sensitive. In some countries, households face some of the highest electricity prices on the continent. For example, businesses in Sierra Leone pay about $0.34 per kilowatt-hour – higher than in most African and European nations – and families in many places must budget tightly.
Similar situations exist for other countries, such as Cape Verde ($0.31/kWh) and Mali ($0.219/kWh). Any new electricity supply must be affordable at the plug. History shows that if subsidies or support are removed, many people simply switch back to cheaper fuels or illegal energy sources, such as theft or vandalism. To make energy truly accessible and affordable, governments and compacts must consider the final cost to families. This could mean subsidising lifeline tariffs or offering flexible payment plans.
Bangladesh is an intriguing case study in how it tackled rural electrification. Through a government-driven programme that gives low-income households microloans as tiny as $100, families can install small solar home systems. This made electricity affordable for 20 million people who once had none. It shows that clever financing – public funds and private sector initiatives – can make green power pay off for even poor rural families. African countries might draw lessons from this, adopting approaches such as on-bill financing or loans tied to mobile payments to spread costs and overcome the high upfront fees that often stop poor households from connecting.
Finally, infrastructure alone is not enough. Even where grids reach a village, many families still cannot afford the connection fee. We must distinguish between having power lines nearby and having electricity in the home. In many African towns, only a fraction of households are connected, because connection charges or monthly bills are too high. Governments may need to subsidise the subsidiser to use creative models like cross-subsidies (where industrial or wealthy urban users pay a bit more to offset poor rural fees). Such models can expand access while keeping utilities financially stable.
Rethinking Gas: A Diversity of Solutions
At the Mission 300 summit, energy stakeholders advocated for natural gas as a backup for wind and solar power and clean cooking fuel (LPG). This was unsurprising, given that large oil companies naturally favour gas. But Africa’s energy future should be technology-diverse and demand-driven, not solely dependent on one resource – natural gas.
We must fully tap Africa’s rich renewable resources. For example, geothermal in the East African Rift Valley, hydropower on major rivers, wind energy in a viable site on the coasts, and transnational power-sharing across African regions can smooth out peak demand. In practice, this means strengthening regional power pools: when it’s nighttime in one country, solar or wind from a neighbouring country can intervene by balancing the grid.
These experiences so far suggest fossil fuels alone have not solved Africa’s energy access problems. Some oil- and gas-rich countries still have large unelectrified populations, while others have leveraged their resources better. For instance, Nigeria, Senegal and Côte d’Ivoire (all oil and gas producers) have managed to electrify a larger share of their citizens, partly by reinvesting energy revenues and improving utilities. Meanwhile, Niger, Chad and the DRC lag far behind. This contrast shows that resource wealth is not destiny – policy choices are. African countries should utilise natural gas as a transition fuel to stabilise urban instability while aggressively pursuing renewable energy development and technologies such as smart grids.
Tackling Methane: A Win-Win Opportunity
As Africa continues to develop its oil and gas infrastructure, methane mitigation must become a top priority. Methane, a byproduct of oil and gas operations, is a potent climate pollutant, over 80 times more powerful than CO₂ over 20 years, but it also represents wasted, sellable energy. Addressing methane emissions is not about expanding fossil fuel use but reducing harmful leaks and flaring in existing systems. For example, Nigeria’s Gas Flare Commercialisation Programme (NGFCP) illustrates how capturing methane that would otherwise be flared can combat climate change and unlock new revenue streams.
However, this requires upfront investment: As it stands, Africa’s oil and gas industry needs roughly $11.2 billion per year to abate methane leaks, yet so far, it receives under 1% of climate finance. Policy-makers must create an enabling environment and incentives such as grants, low-interest loans, or carbon credits to cover these costs. Fortunately, reducing methane often generates its returns, as the captured gas can be sold. Methane abatement can become a commercially viable solution with the proper financing mechanisms and regulatory support.
Contextualising nations and commitments, Africa must balance growth and green goals. Many African governments have joined the Global Methane Pledge, committing to drastic emissions reduction. To meet these commitments while expanding access, countries should prioritise ensuring new gas projects use leak detection and repair, flare capture, and other best practices from day one. This helps power more homes and keeps Africa’s energy transformation cleaner.
Africa’s Climate Vulnerability
Africa contributes only a tiny fraction of global emissions (about 4%) but faces some of the most severe climate impacts. Droughts, floods, and heatwaves are already increasing on the continent. The World Meteorological Organisation reports that African countries lose 2–5% of GDP yearly due to climate extremes. Over 100 million Africans could be driven into extreme poverty by 2030 if these climate shocks continue unchecked. Water stress, crop failures, and biodiversity loss undermine hunger goals and rural livelihoods.
In practical terms, climate breakdown directly threatens Africa’s development targets – Agenda 2063, the Sustainable Development Goals and national poverty reduction plans rely on stable weather and affordable energy. New analysis by the IEA shows that using today’s technology and practices, the world could cut 75% of methane emissions from fossil fuels by 2030 – and that includes Africa.
A significant share of Africa’s methane emissions originates from just a few countries—such as Nigeria, Algeria, and Angola—so targeted action in these locations could deliver an outsized impact. In other words, Africa can make significant strides in climate by fixing leaks and flares without needing radical new inventions. International funding and partnerships in global methane initiatives can help bridge the gap.
Powering Progress: Linking Access and Climate Action
Mission 300 is an opportunity for a green and inclusive growth model. With smart policies and the right investments, Africa can bring electricity to millions and leapfrog straight to clean solutions. For example, expanding mini-grids and rooftop solar creates local jobs in manufacturing and installation. Extending transmission lines through rural areas can be paired with broadband internet lines, schools, and clinics.
Private investors are willing to enter African markets, especially if guarantees and regulations make returns predictable. In all cases, stronger utilities and regional market integration (easier power trading across borders) will boost efficiency and attract capital.
In conclusion, expanding energy access and tackling climate change are complementary goals. By focusing on affordability (so power is used, not just available) and preventing pollution (primarily methane), African leaders can ensure Mission 300 lights up homes and keeps the continent on a safe climate path. This dual strategy will multiply benefits – it will create more green jobs, reduce energy costs over the long run, and help millions climb out of poverty.