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Before we dive into numbers, let’s clarify what we mean by system losses. Simply put, system losses are the electrical energy lost as it travels from power plants to consumers. These losses fall into two categories: Technical losses – energy lost due to the physics of transmission and the efficiency of the grid itself. Think of it as electricity slipping through the cracks of aging wires and transformers. Commercial losses – energy lost due to human factors like il

Africa accounts for 19% of the world’s population but only 3% of global GDP. This disparity is starkly visible in its energy investment: while Africa spends 3.6% of GDP on energy, slightly more than the global average of 2.9%—its investment per capita is just USD 68, compared to the global average of USD 402. According to World Energy Investment 2025 - IEA.

For decades, nuclear reactors have been the unsung heroes of global electricity generation. Operating in the background, they’ve delivered vast amounts of clean energy, powering homes, industries, and cities—all without the carbon footprint of fossil fuels.