Case Study - BH14 - Andrew

Andrew sought a solar solution that would futureproof his home against rising energy costs while supporting a high degree of energy independence. With battery-backed storage and premium panel technology, this system was carefully designed to deliver optimal performance year-round and substantial long-term savings.

Save Energy - Commercial

Requirements

Andrew required a powerful, smart solar system that would:

Significantly cut electricity bills
Maximise self-consumption using batteries
Offer clean design and long-term performance
Enable smart EV charging support

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Save Energy - Commercial

The Approach

We implemented a high-efficiency Q CELLS system with 20 solar panels and a triple-battery storage array, maximising solar usage and drastically reducing reliance on the grid. Performance modelling ensured that despite varied panel orientations, generation would remain consistently strong.

System Overview:

20 x Q CELLS 435W panels (8.7 kW total)
1 x Q.VOLT H4.6S inverter (Q CELLS)
3 x Q.SAVE B6.8S batteries (20.4 kWh total)
Estimated Generation: 7,258 kWh annually
Self-sufficiency with battery: 81%
Extras: Includes Zappi EV charger

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Performance

Solution

System Performance

Electricity Bill Savings

Net Financial Impact

Financial Projections

£86,588

Lifetime Electricity Bill Before Solar

£1,370

Estimated First Year Savings Excluding VAT

£52,551

Lifetime Electricity Bill Savings

£20,036

Lifetime Electricity Bill After Solar

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