Agro-processing covers value-addition and post-harvest infrastructure such as:
• Cold storage and aggregation hubs
• Milling and grain processing
• Solar drying and dehydration lines
• Packing, grading, washing, and processing facilities
This is distinct from direct farm power needs (irrigation and farm loads), which sit under the Agriculture (Farms) section.
Agro-processing businesses typically struggle with:
• Unreliable supply causing spoilage and downtime
• High diesel spend for cold rooms and standby power
• Voltage variation damaging compressors, motors, and control systems
• Cost volatility and lack of predictable operating costs
URPC designs PV and PV+BESS hybrid systems to improve reliability and stabilise operating expenditure.
Yes, Cold rooms and refrigeration loads benefit strongly from:
• Stable voltage and reduced outages
• Hybrid storage design for continuity during grid cuts
• Operational controls to protect compressors and reduce restart stress
We size systems against refrigeration duty cycles and peak start currents.
Yes, We support productive-use drying solutions including:
• Modular drying lines (site-dependent)
• Electrical loads for fans, heaters (if any), controls, and auxiliary equipment
• Hybrid strategies where production runs extend into evening periods
Drying economics are highly sensitive to uptime and scheduling, so we capture operating hours and throughput.
Yes, Milling sites require correct engineering for:
• Motor starting and surge handling
• Power factor and power quality
• Protection coordination and safe isolation
Hybrid PV+BESS can reduce interruptions and stabilise process operations.
Minimum recommended inputs:
• Last 3–12 months electricity bills (if grid-connected)
• Operating hours by hour-of-day (including night operation for cold rooms)
• Generator details and diesel spend (if applicable)
• Equipment list and nameplates (compressors, chillers, milling motors, dryers, conveyors)
• Site address + Google Maps pin
• Photos of:
– Available PV installation area (roof/ground)
– Main distribution board / incoming switchgear
Yes, For Agro-processing, unstable power creates measurable costs such as:
• Product spoilage risk (especially cold chain)
• Compressor and motor wear from voltage fluctuation
• Downtime and lost throughput
We treat these as structured assumptions at screening stage and refine them after site validation.
Yes, Batteries are often critical for:
• Cold room continuity during outages
• Stable process operations during voltage variation
• Peak management where tariffs penalise demand windows
BESS sizing is driven by critical load coverage, outage profile, and operational schedule.
Yes, where appropriate. Grid-charging may be used to:
• Ensure refrigeration continuity in low-solar periods
• Reduce PV capacity required solely to charge storage
• Optimise cost where off-peak tariffs exist
The control strategy is designed to match operational priorities and compliance requirements.
For relevant deployments (e.g., market trader clusters and aggregation hubs), URPC can implement prepaid mobile-money connected meters so users pay for power monthly or on a prepaid basis, with contractual default controls and enforceable disconnection pathways.
Indicative outputs include:
• Estimated current consumption and monthly cost baseline
• Diesel contribution and estimated diesel spend (if applicable)
• Recommended PV and BESS sizing (with/without battery options)
• Indicative installed cost ranges
• Estimated savings from reduced diesel, reduced spoilage risk, and improved uptime (screening-level)
• Financing scenarios (where applicable) and payback period
All outputs are indicative until a site visit confirms constraints and equipment data.
Yes, URPC can design:
• Metered tenant sub-distribution
• Prepaid metering and settlement logic
• Portfolio monitoring and reporting
This improves revenue assurance and operational control in shared facilities.
URPC combines:
• Correct refrigeration load profiling
• Hybrid architecture and power quality controls
• Alarm escalation and 24/7 monitoring (where enabled)
• Preventive maintenance and spares strategy
• SLA-based corrective maintenance
Because cold chain and processing loads are uptime-sensitive, structured O&M is strongly recommended and often mandatory under financing. O&M typically includes:
• Monitoring and ticketing
• Preventive maintenance and PV cleaning cadence
• Corrective maintenance under SLA
• Spares strategy and warranty management
• Monthly KPI reporting
It depends on system scale, civil works, access, approvals (if grid-interactive), and equipment lead times. URPC follows a stage-gated pathway: intake → assessment → design → procurement → installation → commissioning → long-term O&M.
Submit the agro-processing calculator with bills, operating schedule, and equipment details (especially refrigeration and motors). URPC will validate the baseline and schedule a site assessment.
Phone/WhatsApp: +256 709 777 770
Main Office & CCC: IDA Close, Tank Hill By-Pass, Kasanga, Kampala, Uganda
Operational Office: HT37 Ham Towers, Makerere Hill Road, Makerere, Kampala, Uganda
