Background
This project is coordinated by the African Conservation Trust (ACT) and is based in the Kruger 2 Canyons Biosphere in Limpopo Province, South Africa.
In Phalakubeni Village, ACT has been working with two agricultural cooperatives, Gingirikani and Rixaka, which have reached a promising level of commercialisation. Despite this progress, the cooperatives face significant challenges, including poor access to education and training, vulnerability to climate change, and inadequate infrastructure. Gingirikani, in particular, has developed a robust crop production system supported by solar-powered irrigation and other innovations to mitigate human-wildlife conflict. However, the lack of cold storage and refrigerated transport has stalled a valuable opportunity to supply 600kg of okra weekly to a Johannesburg market, an initiative worth R130,000 per month.
To address these issues, the TASC Foundation has donated ZAR 299 650,00 to establish a solar-powered, insulated shipping container for onsite cold storage and acquire a second-hand refrigerated vehicle to maintain the cold chain during transport. These interventions will enable consistent market access and improve profitability for the cooperatives and other small-scale farmers in the village. ACT is co-funding the project by continuing to support the cooperatives’ participants, hiring a driver, and covering initial operational costs until the enterprises become self-sustaining.
The project involves local farming and crafting groups, artists, and employees from the Hoedspruit Farmers Hub. Its goal is to ensure that the cooperatives become independent and profitable, providing long-term income for their members beyond the duration of the SEF programme. With 32 participants currently involved, ACT anticipates that the cooperatives will achieve self-sufficiency within three months based on realistic crop production plans. The expected outcomes include increased participation in formal markets and financial independence for the cooperatives.
Implementation progress
Significant strides have been made in the implementation of the cold storage infrastructure and associated systems. The deployment of the cold room and inverter system is anticipated by late 2025. A suitable container has already been identified to house these components, and a specialist company has been contracted to provide insulation solutions tailored to the project’s needs.
Coordination efforts are ongoing at the site. The final placement of the container will shortly be finalised, which will help streamline the next phase of installation. In parallel, preparations for solar power integration are advancing. A site assessment with a qualified solar electrician has been scheduled, marking a key step toward ensuring sustainable energy support for the cold storage system.
