Chemonics.
Africa accounts for 2% of global clean energy investment. It is home to 20% of the world's population.
Those figures, drawn from the International Energy Agency's 2025 World Energy Investment report, describe the distributional problem at the center of global climate finance. Capital for the energy transition flows overwhelmingly to markets that are already well-served. The countries most exposed to climate risk, and those facing the steepest projected growth in energy demand, receive a fraction of what flows to wealthier economies. Closing that gap requires more than capital commitments. It requires the deal structuring, risk mitigation, and investment facilitation that turn available capital into closed transactions.
The global supply of clean energy investment is substantial. According to the IEA, total clean energy spending reached approximately $2.2 trillion in 2025. The problem is distribution. In Africa, energy investments are one-third lower in real terms than they were a decade ago. Debt servicing costs across the continent are now equivalent to more than 85% of total energy investment, a measure of how little fiscal headroom remains for new capital commitments.
Small- and medium-sized enterprises working on distributed energy projects face particular difficulty. They operate below the scale that conventional project finance requires and above the scale that grant funding typically covers. The result is a gap where projects with real potential (solar installations, energy efficiency upgrades, off-grid storage) never reach financial close. The projects are viable. The transactions are not structured to succeed.
Chemonics work in climate finance addresses the structural barriers that keep investment away from developing economies: climate vulnerability assessments that give decision-makers the risk intelligence to price and structure deals; finance options analysis that connects government and private sector ambitions with appropriate capital instruments; and fund and facility operations management that builds the platforms through which larger flows of multilateral and private finance can move.
The work draws on partnerships with the Green Climate Fund, Convergence, and the Global Impact Investing Network. The goal is to reduce the perceived cost of capital in environments where risk is real but often overstated, and to bring projects to the state where conventional investors can engage. That means technical preparation as much as financial structuring: in markets where investor confidence depends on both, the two are not separable.
The Caribbean is among the regions most exposed to climate risk per capita. It is also one where private investment in distributed energy has historically been difficult to mobilize, particularly for smaller firms in commercial and industrial sectors.
Chemonics stood up the Caribbean Climate Investment Program to address this directly across 14 countries. Rather than running pipeline development, advisory services, and investment facilitation as separate mechanisms, CCIP integrated all three into a single ecosystem, because the deal preparation work and the investor matchmaking work are interdependent. A project that reaches an investor unprepared wastes both parties' time; an investor who arrives before a project is ready finds nothing to finance.
The program resulted in $48.2 million in deals reaching financial close, $5.2 million in grants secured, and more than 60 projects serviced with identified capital needs totaling $300 million. More than 250 financial institutions, investors, entrepreneurs, and national and regional organizations now participate in its climate impact network. In most developing regions, viable projects fail at the transaction level. Ambition is not the constraint. CCIP was designed around that diagnosis.
For developing nations, the cost of capital is often what determines whether a renewable energy project advances or stays on paper. Developing nations outside China account for roughly 25% of global electricity generation while facing electricity demand growth projected at approximately 6% per year over the next 25 years. Population growth, economic expansion, and the shift toward electric mobility are all contributing to that trend. Most of those nations have substantial wind, solar, and hydropower resources. What they lack is capital on terms that make those resources financeable.
Concessional finance (loans, guarantees, and instruments structured at below-market rates) reduces effective interest costs and changes the risk profile of transactions enough to attract private co-investment. The International Energy Agency's Baku to Belem Roadmap, launched at COP29, targets at least $1.3 trillion in climate finance for developing economies by 2035. International public finance currently accounts for roughly 7% of clean energy investment in emerging and developing economies outside China, about $32 billion annually. Reaching the trajectory that roadmap describes requires both more capital and better technical work upstream to make projects investable.
Chemonics' work in climate finance focuses on exactly that upstream stage: assessing risk, structuring deals, and building the institutional capacity that lets developing economies participate in the energy transition on terms that work for them.
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