Residential · Solar PV
Household Solar Systems
Turn your roof into the cheapest power station you will ever own.
A complete rooftop power plant — panels, hybrid inverter, optional battery — sized to your home. Make power by day, store the rest, choose when to touch the grid.
01 — Overview
Your roof, quietly paying you back
- Sized to your real daily consumption
- Panels, inverter, optional battery — complete
- Works with the grid, or without it
- 25-year performance horizon
A complete rooftop power plant — panels, hybrid inverter, optional battery — sized to your home. Make power by day, store the rest, choose when to touch the grid.
Typical specifications
Indicative ranges for a representative installation. Final specification is confirmed at design stage against site survey and measured load.
- System size
- 1–10 kWp
- Panel rating
- 450–600 W per module
- Panel efficiency
- 20–23% (monocrystalline)
- Roof area needed
- ~6–7 m² per kWp
- Inverter
- Hybrid, 3–8 kW, MPPT
- Battery (optional)
- 5–15 kWh LFP, ~6,000 cycles
- Typical generation
- ~4–5 kWh per kWp per day
- Panel warranty
- 25-year performance
- Payback period
- 4–7 years (typical)
Ranges reflect typical industry standards and are indicative, not a guarantee of performance.
02 — Applications
Where this technology is applied
The settings we most commonly deploy this system in, and the duty it performs in each.
Grid-tied bill reduction
Offsets daytime use behind the meter, displacing the priciest tariff units while the grid carries the rest.
Hybrid backup supply
Battery-coupled systems carry lighting, fridge, routers and security through load-shedding — no generator.
Off-grid homesteads
Standalone arrays with battery autonomy supply homes beyond the grid year-round.
Water pumping
Direct or inverter-fed pumps lift borehole and tank water at peak sun, cutting utility and fuel costs.
Rental and estate housing
Standardised rooftop arrays across units cut landlord costs and steady tenant charges.
Home offices and workshops
Keeps IT, tooling and cooling running through the day where downtime means lost income.
03 — Outcomes
Stop renting your electricity
- Most daytime usage offset from month one
- Lights and fridge stay on through outages
- A fixed cost replacing a rising bill
- Several tonnes of CO₂ avoided each year
First, you notice the bill: solar erases most daytime use from month one, as fridge, pump and router sip the roof, not the meter. Then comes something worth more — independence. Tariffs climb yearly; your generation doesn’t. Add a battery and that freedom carries through the evening and load-shedding, so lights, Wi-Fi and freezer never notice the grid vanished. You swap a variable you can’t control for an asset you own, behind a 25-year warranty. The green maths is concrete: several tonnes of CO₂ saved yearly. Upkeep is a rinse and an app-glance — and come selling day, your roof is a priced, warrantied asset.
Best suited to
- Homes with reliable daytime roof sun and rising grid tariffs
- Households wanting backup through load-shedding or outages
- Owners looking to fix long-term energy costs and add property value
04 — Track record
Where we have implemented it
Reference installations delivered and commissioned by our engineers.
- 6.6 kWp + 10 kWh2024
Family residence, Muyenga
Kampala, Central Region
Covers full daytime load with evening battery autonomy; grid import reduced by roughly three quarters.
- 4.4 kWp + 15 kWh2023
Off-grid farmhouse
Mityana District
Replaced daily diesel generator run, eliminating fuel logistics and recurring servicing cost.
- 12 × 3 kWp2024
Residential estate, Kira
Wakiso District
Standardised rooftop arrays across twelve units, cutting each household’s monthly bill materially.
Project details are representative of work delivered in this sector. Figures are rounded; full case studies available on request.
05 — Delivery
The installation process
Every installation follows the same engineered sequence, from first survey to commissioning and handover.
Free site survey first: pitch, orientation, structure and a full-season shading study — shade costs more than components.
We read twelve months of bills and log real use, so the system fits your household, not a rule of thumb.
We model array, inverter and battery together: 1–10 kWp of modules on a hybrid MPPT inverter, daytime generation meeting daytime load.
We fabricate corrosion-resistant mounting for your roof, engineered to wind loading and sealed watertight.
Where backup matters, we right-size an LFP battery — enough for evenings and outages, no idle capacity.
Certified technicians handle all wiring, earthing, surge and overcurrent protection and labelling, to standard.
We commission with full safety testing, verify output, set up app monitoring, and hand over in plain language.
Ready to lower your energy bill?
Get a free assessment and a costed proposal with a clear payback period.