If textile manufacturing is the missing industrial middle, energy is one of the conditions that determines whether that middle can become commercially viable. Textile production is unusually sensitive to energy reliability because several stages of the process require continuous and predictable industrial power and thermal energy. Spinning and weaving depend on machinery operating consistently. Dyeing and finishing require substantial quantities of heat and water. Industrial facilities require lighting, ventilation, compressed air, pumping, cooling, wastewater treatment, and other utilities.

When electricity is unreliable, manufacturers experience production losses. For an industry competing on narrow margins and increasingly demanding delivery schedules, these costs can quickly eliminate other competitive advantages.

The broader African energy challenge remains significant. In June 2026, the World Bank reported that 655 million people globally remained without electricity, with Sub-Saharan Africa accounting for a disproportionate share of the remaining access deficit. The institution simultaneously emphasized the importance of affordability, reliability and sustainable energy systems for economic opportunity. There are also important signs of movement toward regional solutions as the World Bank approved a US$1.6 billion programme for Eastern Africa aimed at strengthening cross-border power trade, improving reliability and reducing electricity costs. The programme includes investment in regional transmission infrastructure as well as institutional and regulatory capacity.

This has an important implication for textile industrial policy.

• A textile investment decision depends partly on the cost and reliability of the electricity available to the factory.
• A regional textile hub depends on whether its industrial zone can provide predictable power across multiple manufacturers.
• A regional value chain depends on whether production can continue reliably enough for intermediate goods to move between facilities according to planned schedules.

This means that energy planning for textile manufacturing should go beyond increasing generation capacity because industrial zones require dedicated distribution systems, predictable tariffs, reliable transmission, appropriate thermal-energy solutions, water infrastructure, and increasingly, renewable-energy integration.

The opportunity to combine industrial development with cleaner energy systems is particularly important as global buyers and investors place greater emphasis on carbon emissions and supply-chain sustainability. Textile manufacturers will continue to face pressure not only to produce competitively, but to demonstrate how that production is powered.

This creates a potential strategic advantage for Africa. Regions that can combine competitive renewable energy, reliable industrial utilities, and modern textile infrastructure may be able to position themselves as attractive destinations for manufacturers seeking both cost efficiency and lower-carbon production.

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