Total cost depends on system size, equipment tier and installation complexity — including roof or ground structure, cabling runs and whether you add storage. Treat any benchmark as orientation only; the line-item quote after a site survey is what matters.
What drives the cost
Battery storage: Adding a bank — usually LFP or gel in our market — raises capex but unlocks backup and self-consumption. Stable-grid sites cutting a bill can skip it.
System type: Hybrid systems usually cost more upfront than basic grid-tied stacks because the inverter orchestrates PV, batteries, grid and sometimes a generator.
Balance of system: Racking, DC/AC cabling, combiners, surge protection and distribution gear all belong in the budget — not only modules and the inverter.
Labour and design: Site survey, single-line diagrams, structural checks, installation and commissioning by qualified crews are part of the delivered cost.
Distance and distribution: Long AC or DC homeruns, trenching, wall penetrations or utility application fees add material and permit line items.
TipAny figure you see online is orientation only. Your roof, loads and tariff decide the real number — which is why every quote follows a site survey.
Payback & funding
Break-even: Many well-sized systems reach break-even in about 5–8 years, depending on tariff, self-use and financing.
Long-term savings: After break-even, years of sharply reduced energy spend accrue across the 20+ year equipment horizon.
Funding: Options can include lease structures with green investors or bank term loans matched to projected savings — and you can start with $0 upfront.
Want a number for your own home or business? Try the Solar Calculator for a UGX estimate from your monthly bill — and for how we size a system before pricing it, see how to size your solar system.
Your numbers, on paperShare a bill or load list — we turn it into an itemised quote with payback assumptions you can take to a lender.