URPC delivers renewable power and control systems purpose-built for agro-processing environments where energy instability directly translates into product losses, quality downgrades, and operating cost escalation. This sector focuses on cold-chain and processing loads (cold rooms, aggregation hubs, milling and drying lines), where power continuity, thermal stability, and operational governance are non-negotiable.
Uganda’s horticulture value chain experiences material post-harvest losses, driven by lack of temperature control, delayed handling, and inadequate storage infrastructure. The Kisenyi cold-chain concept explicitly targets this problem, citing losses “up to 40%” in horticulture.
Cold rooms and processing lines cannot tolerate frequent interruptions or voltage swings. Diesel backup is costly, operationally fragile, and undermines unit economics—especially in high-throughput market environments.
In agro-processing, the energy system is only one part of a bankable solution. Without controls, monitoring, hygiene protocols, and disciplined material flow, performance and product integrity remain exposed.
We deploy solar PV integrated with battery storage (BESS) and hybrid controls to ensure continuous operation and stable power for refrigeration, motors, and controls—designed specifically to maintain temperature setpoints through grid outages.
We implement control logic that optimises refrigeration cycles, lighting, and duty loads—reducing operating cost while protecting thermal performance.
Where projects require trader/tenant governance, URPC integrates operational tooling such as environmental sensors, access control, monitoring dashboards, and digital traceability enablers.
