What your finished assessment will look like.
Example: a 3-bedroom Lagos home with ~6 hrs of grid per day. Yours will be sized to your appliances and usage.
This home runs a fridge, 3 fans, lights, a TV and phone charging — about 8.4 kWh a day. Panels handle the daytime load. The 5 kWh battery carries the evening on its own. With ~6 hours of NEPA, the grid tops the battery back up overnight when it's on. The generator that used to run ~4.5 hours a day drops to about ~30 minutes — only on the worst grid days.
- Inverter
- 3.6 kVA · 3.6 kW continuous · ~7.2 kW surge
- Battery
- 5.12 kWh LiFePO4
- PV input
- up to 5 kW · illustrative 9 × 545W ≈ 4.9 kWp
"Don't run your AC and pumping machine together → PowerPod 3 fits, saves ₦500k"
"Pre-chill your chest freezer + bar fridge in the day, off at night → smaller battery works"
Behavioural only — never asking you to swap an appliance you own.
Illustrative only. Your real result is sized to the appliances and usage hours you enter — and is reviewed by a PPS engineer before quoting. Final panel layout depends on roof space and MPPT string design.
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