Design 55CEY4YERB

Castle Farm, The Long House, Castle Farm, The Long House, Bath, Avon, BA2 0DD, England

Roof configuration & solar output

Roof sections and panels

Roof 1

Area (m²)

54.62

Pitch

Normal pitch

Roof direction

South

Shading

From trees or other structures

No

Material

Clay Tile

Number of Floors

For this side of the building

1

Estimated output

kWh per year

4,321

Number of Panels

Estimated maximum: 16

10

Your 10 panel system is estimated to produce around 4,321kWh per year

Your chosen package

x10

x1

Fox ESS: Solar & Battery

10 x panels

1 x EP6 5.76kWh Li-ion Battery

5.76 kWh storage | 5.18 kWh usable

The Fox ESS H1 Hybrid Series, paired with the EP5 5.18kWh high-voltage battery, offers a robust and scalable energy solution for residential solar installations. The H1 inverter delivers up to 97.8% efficiency and features dual MPPTs for optimal solar energy capture. Its IP65-rated, fanless design ensures silent operation and suitability for outdoor installations. The EP5 battery, utilizing LiFePO₄ technology, provides 90% depth of discharge and can be expanded up to 20.8kWh by connecting multiple units in parallel . Together, they enable seamless energy storage and backup capabilities, with remote monitoring via the Fox ESS app or web portal. This combination ensures efficient energy management and resilience for modern homes.

Experience premium residential solar performance with the AIKO A475 panel. Delivering up to 475W of power with industry-leading efficiency, AIKO panels feature advanced ABC (All-Back-Contact) cell technology that eliminates front-side busbars, maximising light absorption and boosting real-world output. The sleek all-black design provides a refined, modern aesthetic while offering exceptional low-light performance and strong temperature resilience. Built for long-term reliability, the AIKO A475 panels come with robust product and performance warranties, ensuring dependable energy generation for decades. Lightweight, installer-friendly, and compatible with mainstream inverters, they are an ideal choice for high-performance, sustainable solar installations.

First year savings

£870

as low as

£6,590

estimated price

no VAT applicable

Energy insight and savings

Your electricity bill

£1,500 per year

6,000 kWh per year

Steady throughout

Headline savings

Bill reduction

£719

+

Export

£152

=

First year savings

£870

Where will your solar energy go?

How we calculate self-consumption

Where possible we calculate the solar PV self-consumption using the MCS method and lookup tables described in guidance document MGD-003. Your design is beyond these guidelines. Therefore we use our own calculation to determine the solar self-consumption.

Energy bill before and after solar

Before solar

After solar

Your energy bill compared over 30 years

Financial explorer for this package

Upfront payment

Initial payment for the system

£6,590

Breakeven

The year in which the system has paid for itself

7th year

Total net benefit

Including system payments and energy bill savings over 30 years

£78,647

Cumulative savings over 30 years (including system cost + payments)

Note : these figures are indicative and approximated. More accurate figures would be provided in a full design and quote. For these calculations you have told us you are spending £1,500 on 6,000 kWh of electricity each year, your usage profile is "steady throughout" and your daily standing charge is 54p. This produces an equivalent unit rate of 21.72p per kWh. For simplicity we have assumed you would receive, on average, an export tariff of 15p per kWh. We have assumed a yearly increase in your energy bill of 7.2% compounded.

Additional options available for your system

As part of the survey, we can discuss extras that you might need or want beyond the standard solar installation. You can play with these extras below to see how they might affect the overall cost.