COP31 Global Electrification Target Drives Renewable Energy Expansion Across Developing Economies

Expanding the Global Clean Energy Architecture

International climate negotiators preparing for COP31 in Türkiye have established a landmark benchmark: raising the global share of final energy met by electricity from 20 percent today to 35 percent by 2035. This initiative frames electrification as the primary engine for global decarbonisation, lower energy costs, and reduced reliance on fossil fuels.

Reaching this global electrification target requires a fundamental realignment of energy investment. Across advanced industrial economies, annual per capita electricity consumption currently ranges between 6 and 12 megawatt-hours (MWh), compared to a global average of 4 MWh. In contrast, developing regions across Latin America, Southeast Asia, and Sub-Saharan Africa consume between 1 and 3 MWh per person annually.

Decarbonising transport, building operations, and light manufacturing in mature markets demands approximately 20 MWh of clean electricity per person each year using existing commercial technologies. Heavy industries such as chemical manufacturing, steelmaking, and aviation fuel production will require an additional 5 to 25 MWh per capita over the coming decades. Frontrunner countries like Australia have demonstrated that rapid deployment of utility-scale solar, wind, battery storage, and electric transport can drive down wholesale power prices while accelerating energy security.

Unpacking the Global Electrification Target and Energy Demand Shift

The shift from total primary energy consumption to final energy electrification represents a decisive pivot in global climate strategy. Historically, international energy policy focused heavily on curbing upstream fossil fuel extraction. The current target centers on downstream substitution, driving clean electrons into end-use sectors that previously relied entirely on liquid petroleum and natural gas.

For developing economies, this policy shift carries profound structural implications. Western nations are working to electrify pre-existing, capital-intensive infrastructure. Emerging markets face the dual task of expanding baseline generation while simultaneously deploying electrified end-use hardware, from processing equipment to electric mobility networks.

Electrification also alters project economics for renewable developers. As variable generation from solar and wind increases, electricity markets require robust energy storage systems and responsive demand-side management. The integration of high-capacity battery storage and smart grid infrastructure is no longer an optional enhancement; it is the fundamental prerequisite for maintaining grid stability as electrification expands across industrial and domestic sectors.

What This Means for Nigeria

In Nigeria, where decentralized diesel and petrol generators account for over 20 gigawatts of informal generation capacity, the push toward electrification must bypass traditional centralized grid failures. The national grid remains plagued by frequent collapses and inadequate transmission infrastructure, forcing commercial enterprises and households to spend billions of dollars annually on imported fossil fuels. Achieving higher electrification rates requires scaling commercial and industrial (C&I) solar systems, mini-grids, and productive-use equipment.

In my years directing solar electrification projects across rural communities in Akwa Ibom State with the Clement Isong Foundation, we observed that expanding generation capacity without supplying high-efficiency productive appliances inevitably leaves mini-grids financially unsustainable. Rural electrification succeeds only when power generation directly fuels income-generating activities such as agricultural processing, cold chain storage, and localized manufacturing.

For Nigerian project developers, NGO grant writers, and green entrepreneurs, the international focus on electrification opens crucial funding pathways. International climate finance is shifting away from basic off-grid lighting programs toward high-impact productive use of energy (PUE) assets. Local solar companies must expand their business models beyond panel installation. Success now requires partnering with equipment vendors to offer asset financing for solar-powered cold storage, electric three-wheelers, and agricultural processing equipment.

State governments across Nigeria, newly empowered by the Electricity Act to regulate their regional power markets, must construct policies that prioritize distributed renewable energy integration, local equipment manufacturing incentives, and streamlined land rights for mini-grid operators.

What to Watch

• 30 Days: Draft guidance from multilateral climate funds specifying expanded co-financing criteria for productive-use electrification projects across West Africa.
• 60 Days: Policy announcements from Nigerian state electricity regulatory commissions regarding standardized feed-in tariffs and mini-grid interconnections.
• 90 Days: The launch of targeted international grant facilities designed to subsidize agricultural cold chains and electric mobility infrastructure in developing markets.

For practitioners in Nigeria and across Africa, this signals an urgent imperative to transition from low-voltage lighting installations to high-capacity productive energy systems capable of powering regional economic development.