Project Story

10 kW Hybrid Residential — Nigeria

A 10 kW hybrid home system with 710 W-class modules, an 11 kW hybrid inverter, and 10 kWh lithium storage—cutting grid dependence and stabilizing night and peak loads.

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Project challenge

1Frequent grid instability and diesel backup costs eroded household energy budgets.
2Critical loads needed stable voltage overnight—not only daytime solar offset.
3The owner wanted a hybrid architecture that could grow with future load additions.

Implemented solution

1Installed 710 W-class high-efficiency modules to maximize yield on available roof area.
2Deployed an 11 kW hybrid inverter to manage PV, battery, and grid interaction.
3Added 10 kWh lithium storage for self-consumption and backup during outages.

Results and proof points

1Self-consumption target ≥70%—less grid and diesel dependence when site loads match the design assumptions.
2More reliable supply for critical household loads during peak and night periods.
3Attractive payback narrative for markets with high tariff volatility (verify locally).

Related industries

Commercial Buildings and Facilities

Request a quote for a weak-grid residential hybrid system

Send destination market, roof constraints (or PV target kW), critical-load list + backup hours, target battery kWh, and grid condition/outage frequency. Add required certifications, timeline, and Incoterms/port.

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