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2026 Annual Theme: Off-Grid Cooling

 

Reliable cooling is essential for health, food security, education, and economic productivity, yet millions of Nigerians lack access to dependable grid electricity. This year, we challenge young innovators, researchers, and creators across Nigeria to design off-grid cooling solutions that are scalable, affordable, and suited to real community needs.

Our theme focuses on how clean, decentralized cooling technologies can strengthen critical sectors such as healthcare, agriculture, academia, small businesses, and humanitarian response.

Innovators are encouraged to explore ideas that combine renewable energy, smart controls, passive design, thermal storage, and low-cost local materials to deliver sustainable cooling where it is needed most.

Priority Sectors & Innovation Opportunities

Healthcare Facilities

 Cooling is essential to safe and effective healthcare delivery, especially in settings with unreliable electricity. We are seeking solutions that enable reliable vaccine and pharmaceutical refrigeration, support the preservation of blood and laboratory samples, and improve patient comfort in facilities such as maternal wards and emergency units. Proposals should consider systems that operate effectively in rural or remote areas, incorporate temperature monitoring or diagnostic features, and require low levels of maintenance. Innovations may include solar-powered medical refrigerators, portable cold-chain units for last-mile vaccine delivery, or passive cooling strategies that enhance the performance of primary healthcare centres. 

Agriculture & Food Systems (Production, Storage, Processing, Markets)

 Post-harvest losses remain a major challenge for farmers, producers, and traders, making efficient cooling an important part of strengthening Nigeria’s food systems. We are looking for solutions that extend the shelf life of perishable goods, enable community-scale cold rooms powered by renewable energy, and improve cold-chain logistics from farms to markets. Ideas should be affordable, easy to operate, and adaptable to both rural and peri-urban communities. Innovations could range from solar-powered cold storage hubs and mobile cooling units for market vendors to low-cost evaporative systems or cold rooms that use thermal storage to maintain temperatures through the night. 

Academia & Research Institutions (Labs, Libraries, Hostels)

 Educational and research environments depend on stable cooling for both human comfort and scientific accuracy. We are seeking solutions that provide efficient cooling for classrooms, libraries, and study spaces, support temperature-sensitive laboratory work, and offer affordable cooling options for student hostels. Proposals should reflect an understanding of campus energy challenges and present models that reduce dependence on generators while promoting cleaner alternatives. This may include intelligent solar-powered cooling systems, hybrid passive–mechanical solutions, or demonstration projects that can be replicated across universities and training institutions. 

Small Businesses & Community Infrastructure

 Cooling plays a significant role in enabling small businesses—such as shops, restaurants, and market traders—to operate productively and consistently. We are interested in solutions that provide affordable cooling for retail spaces, enhance the storage of beverages and perishable goods, and support off-grid ICT centres and community service hubs. Ideas should be modular, portable, and suitable for environments where space, power, and maintenance capacity may be limited. Examples include compact solar-powered freezers, cooling kiosks for vendors, and thermally-managed community ICT hubs that operate reliably in low-energy settings. 

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