Zimbabwe is expanding a village-level agricultural model that combines solar-powered irrigation, commercial farming and community enterprise, with 143 Village Business Units (VBUs) already established in Chiredzi District out of a target of 345.
The programme is designed to help vulnerable rural communities produce food and generate income throughout the year, reducing dependence on unreliable rainfall and humanitarian assistance. Chiredzi, which lies largely in Zimbabwe’s dry agro-ecological Regions IV and V, is among the areas where drought and erratic rainfall regularly disrupt agricultural production.
A VBU is essentially a village-level agricultural business built around reliable water. The units typically combine solar-powered boreholes, drip irrigation, horticultural production and organised marketing, allowing farmers to grow crops beyond the traditional rainy season. Zimbabwean authorities describe the model as a one-hectare, drip-irrigated, solar-powered production centre designed to operate as a community business rather than simply a communal garden.
The Chiredzi programme is being implemented under the three-year Integrated Rural Resilience Building Programme by the Zimbabwean Government, the World Food Programme (WFP) and Sustainable Agriculture Technology, with financial support from Japan. The wider programme operates in Chiredzi, Chipinge, Mt Darwin, Mwenezi and Rushinga and has trained more than 9,500 farmers and extension officers in climate-smart agriculture, market-oriented production and related practices.
The commercial potential is already becoming visible. Five VBUs across Chiredzi and Chipinge are directly benefiting 240 farmers and cover 8.5 hectares, with the units reporting combined revenue of US$8,279. Farmers are being encouraged to identify markets before production, helping shift the model from simply producing food to producing for known demand.
The approach is also demonstrating how irrigation can change the economics of farming in drought-prone communities. In Mbire, three VBUs have recently been commissioned, with farmers at Makwara-Budiriro moving from a single annual production cycle to growing crops and vegetables up to four times a year. The same unit has diversified into fish farming, with each pond holding about 2,000 fish, while cattle sales provide another income stream.
In Chegutu, a solar-powered borehole and drip irrigation system at Evergreen VBU is similarly enabling 19 villagers to produce vegetables throughout the year. Produce is sold for household income and part of the proceeds is reinvested into the enterprise.
The model is particularly significant as Zimbabwe prepares for another potentially difficult agricultural season. By combining renewable energy, water access, climate-smart production and market linkages, VBUs provide a way to make rural agriculture less dependent on rainfall while creating a more predictable flow of food and income.
The concept is also gaining recognition beyond individual communities. A September 2026 UNDP case study examining Zimbabwe’s Community Business Unit model found that four pilot sites had reached 1,640 people across 328 households, generating about US$44,900 in revenue and aggregating more than 25 tonnes of produce and six tonnes of fish.
NBF Insight
Zimbabwe’s VBU model offers an important lesson for African agriculture: irrigation infrastructure becomes far more powerful when it is connected to enterprise. A solar pump alone does not create rural prosperity. The value comes when water enables continuous production, production connects to a market, and the resulting income is managed as a business.
For drought-prone communities across Africa, the opportunity may therefore lie not only in building more irrigation schemes, but in building small, decentralised food businesses around reliable water, renewable energy and guaranteed markets. Zimbabwe’s experiment is beginning to show what that model can look like at village level.
