Why off-grid cooling solutions are essential for achieving climate, health, and economic goals in sub-Saharan Africa. 

The cooling access crisis 

Over 1.2 billion people globally lack access to reliable cooling, including refrigeration¹, a gap that threatens lives, undermines food security, and constrains economic development. As climate change drives more frequent heatwaves and higher average temperatures, the absence of sustainable cooling infrastructure turns everyday shocks into systemic crises. The result is a set of mutually reinforcing challenges: 

• Food security and economic loss: Globally, over 13% of all food is lost due to a lack of refrigeration, and strengthening cold chains could, in theory, feed around 950 million people every year.² This ratio is higher in developing countries, for example, in Kenya, an estimated 30% of all food is lost or wasted along the value chain, largely because farmers cannot cool or store perishable produce.³  

• Healthcare delivery barriers: Without cold chain capacity, vaccines lose potency before reaching remote communities. In Nigeria, a recent national assessment found open-vial vaccine wastage ranging from about 21% for the pentavalent vaccine to over 70%. The highest levels of wastage occurred for BCG, measles, and yellow fever vaccines during rural outreach sessions, where maintaining an effective cold chain is especially challenging.⁴ 

• Limited economic opportunity: Rural entrepreneurs cannot establish cold drink vendors or create value-added food products, stifling income generation in communities that need it most. 

If sustainable cooling does not scale as the climate warms, Africa’s cooling access gap will remain open, deepening these vulnerabilities and slowing progress toward multiple Sustainable Development Goals. 

Why traditional approaches fall short 

Conventional grid extension cannot address Africa’s cooling needs at the required pace or scale. For example, in Nigeria, only 60% of the population has grid access,⁵ with the vast majority of those in rural areas. Where grid connections exist, unreliable supply makes conventional refrigeration impractical and reliant on local diesel gensets. 

Moreover, traditional refrigeration technologies perpetuate environmental harm. High-Global Warming Potential (GWP) refrigerants like R-134a contribute significantly to climate change, the very problem driving increased cooling demand. The 2016 Kigali Amendment to the Montreal Protocol mandates an 80-85% reduction in Hydrofluorocarbons (HFC) consumption by 2047, requiring wholesale transformation of refrigeration technology. 

Market barriers compound technical challenges: unaffordable upfront costs, absent quality standards, weak distribution networks, and limited consumer awareness prevent adoption even where solutions exist. 

Off-Grid Refrigeration as a Development Multiplier 

Solar-powered, energy-efficient refrigeration offers a transformative solution that addresses cooling access while advancing climate and development objectives. Modern off-grid refrigerators consume 60-80% less energy than conventional models, operate reliably on solar power with battery backup, and increasingly utilize low-GWP refrigerants like R-290 and R-600a that reduce climate impact by over 99% compared to traditional HFCs. 

This technology directly supports multiple development priorities: 

• Food Security (SDG 2): Reduced post-harvest losses and extended food preservation directly improve nutrition and household food security. 

• Health System Strengthening (SDG 3): Reliable vaccine cold chain infrastructure enables immunization programs to reach the ‘last mile,’ supporting universal health coverage goals. 

• Gender Equity (SDG 5): Women, who disproportionately manage household food and care for children, benefit most from reduced food waste and improved health access. 

• Rural Economic Development (SDG 9 & SDG 10): Access to refrigeration enables income-generating activities and market participation for smallholder producers. 

• Climate Action (SDG 13): By enabling efficient cooling with clean energy and climate-friendly refrigerants, off-grid solutions advance both NDC commitments and Kigali Amendment obligations. 

Proven impact across sectors

Current and pipeline investments by CEI Africa already show how small, efficient refrigeration and cold rooms can reshape food systems, rural enterprise, and community services across Africa. The portfolio spans both stand-alone solar freezers and cooling assets connected to green mini-grids, which has allowed CEI Africa to reach the fishing beaches on Lake Turkana, islands on Lake Kivu, and inland farming communities in Benin, Mali, Sierra Leone and Kenya. 

Food systems and fisheries: from spoilage to market-ready products 

In Kenya, InspiraFarms Cooling is rolling out highly efficient pre-cooling and cold chain infrastructure for fruits, vegetables, flowers and animal protein. The off-grid compatible cold rooms and freezers offered by InspiraFarms extend shelf life, cut energy bills and help agribusinesses, (including those serving smallholder farmers)meet export standards in value chains where only about 5% of fresh produce currently enters a cold chain, compared with 94% in Europe.  

At the other end of the scale, Adili Solar Hubs in Kenya is installing solar-powered ice machines, cold storage and water treatment in local fishing communities such as Longech village. Around 5,700 people – half of them women – gain access to ice and clean water, which stabilises the fish value chain, reduces incidences of water-borne diseases, reduces post-harvest losses, and supports higher, more reliable incomes for artisanal fishers.  

Rural enterprise and micro-retail: stand-alone freezers as business anchors 

A large portion of the refrigeration assets in the pipeline are small stand-alone solar freezers, designed for kiosks, bars, butcheries and village shops. Companies such as Koolboks provide solar-powered freezers with innovative ice-thermal storage and pay-as-you-go / lease-to-own offers, lowering the cost of cooling for micro-entrepreneurs by around 40–50% compared to running diesel generators or relying on weak grid supply.  

Last-mile distributors like Deevabits Green Energy are now adding solar freezers (e.g. the EasyFreeze product) to their existing base of more than 35,000 solar home systems sold across 12 Kenyan counties. Their commission-based Village Social Entrepreneurs – mainly women and youth – can sell, install and finance these small freezers in very remote communities, turning cooling into an accessible income-generating asset rather than a luxury appliance.  

Green mini-grids: powering clusters of productive loads, including cooling 

On the mini-grid side, developers such as Equatorial Power in the Democratic Republic of Congo and OnePower in Benin are integrating cold chain into broader productive-use packages. In Idjwi Island and Bulungu (DRC), Equatorial Power combines agro-processing equipment, e-food processing, e-mobility and other appliances under sales and lease-to-own models, alongside two new green mini-grids that together are expected to serve more than 22,300 people and replace kerosene, charcoal and diesel.  

In Benin, OnePower is deploying 35 productive-use appliances – including solar-powered cold storage – across revitalised mini-grid sites, while adding over 1,100 new electricity connections in communities such as Kotokpa and Aglamidjodji, reaching some 2,500 people.  

The pipeline extends this model to WeLight in Mali, Weziza in Benin, Energy City in Sierra Leone, and NOA (formerly called Winch Energy) in Uganda and Sierra Leone – mini-grid operators that already electrify dozens of villages and tens of thousands of people, opening space for refrigerated shops, small agro-processors and health posts to operate on clean, reliable power.  

The Path Forward  

CEI Africa’s support shows a coherent impact story: small, efficient freezers and cold rooms, many of them stand-alone, some tied into green mini-grids, are already cutting food losses, supporting rural incomes, strengthening women-led enterprises and improving access to safe food and water. Scaling this portfolio turns off-grid refrigeration from a niche technology into a mainstream development tool for agriculture, commerce and basic services across Sub-Saharan Africa. 

Unlocking off-grid refrigeration’s potential requires coordinated action across five priority areas: 

• Standards and Quality Assurance: Establish testing and certification frameworks aligned with international efficiency standards (such as UNEP-U4E Model Guidelines or Verasol) to ensure product quality and consumer protection while facilitating refrigerant transition. 

• Innovative financing: Scale proven models like pay-as-you-go, cooling-as-a-service, and blended finance to address affordability barriers while building sustainable markets. 

• Capacity building: Strengthen local technical expertise for installation, maintenance, and repair; expand distribution networks to reach rural areas; raise consumer awareness of technology benefits and build scalable enterprises deploying cooling solutions. 

• Policy integration: Integrate off-grid cooling into national energy, climate, and health strategies; harmonize regulations across sectors; create enabling conditions for private investment. 

• Data and market intelligence: Institutionalize market monitoring, performance assessment, and impact evaluation to guide investment and policy refinement. 

Ultimately, these coordinated efforts will bridge the gap between technological innovation and everyday utility. By harmonizing standards, finance, and policy, the region can transform cooling from a luxury of the grid into a foundational pillar of resilient and prosperous African economies.