Fleet grew in layers, and each layer puts a battery in a different place. The Victorian grid streets laid out after the 1882 land sale, the later estates at Ancells Farm, Pondtail and Church Crookham, Elvetham Heath’s planned neighbourhood and the new homes rising at Hartland Village all have different walls, garages and consent questions. If you are weighing up a battery for a home in Fleet, where it physically goes is usually settled at the survey, but it helps to know the options before anyone arrives.
This guide works through Fleet’s housing type by type, using Hart’s own Census figures. For the battery in full, including sizing and how it connects to SSEN’s network, see our page on battery storage in Fleet.
Hart’s housing in four numbers
Census 2021 counted 39,966 households in Hart district. Of those, 42.5% lived in detached houses, 25.6% in semis, 18.2% in terraced houses and 11.2% in purpose-built blocks of flats (ONS TS044, via Nomis). Ownership is high: 75.7% of Hart households owned their home, against 65.7% across the South East and 61.3% in England, with 13.6% renting privately and 8.8% in social housing. Put together, roughly two-thirds of Hart households live in a detached or semi-detached house, and three in four own their home, so for most Fleet families the decision about where a battery goes is their own.
What a battery needs, wherever it goes
A home battery is a wall- or floor-mounted unit with an inverter, either built in or alongside, and a cable run to your consumer unit. It needs room to be serviced, a spot that stays within the manufacturer’s temperature range, and a sensible route for the cables. The shorter that route, the simpler the job. In a Fleet house, that usually means the first question at the survey is where the consumer unit and electricity meter are.
Detached and semi-detached homes on the estates
Across Ancells Farm, Pondtail, Church Crookham and the villages beyond, Crookham Village, Ewshot and Dogmersfield, much of the stock is pitched-roof family housing. With 42.5% of Hart households in detached houses, an integral or attached garage is the most common home for a battery: dry, out of the living space and often close to the meter. A utility room is the next choice. An outside wall at the side or rear also works with a unit rated for outdoor use, and keeps the inside clear.
Lofts are the exception we treat with most caution, along with hallways that serve as escape routes. Heat, access for servicing and cable length usually count against a loft, and the survey will say if a spot is ruled out.
The Victorian grid streets
The period homes on the streets south-east of the centre, laid out after the 1882 land sale, often have slate roofs, chimneys and less spare floor space than an estate house. Terraces are 18.2% of Hart’s households, and a terrace often has no garage and no side access, so the battery goes inside, in a cellar where one is dry, under the stairs or in a kitchen corner, or on the rear wall. Older wiring can also mean a consumer unit upgrade before a battery is connected; the survey finds that out, not a desktop quote.
Elvetham Heath and Hartland Village
Newer stock is a Fleet speciality. Elvetham Heath, completed in 2008, added about 3,500 residents on the northern edge, and Hartland Village is building 1,500 homes on the former 200-acre Pyestock site between Fleet and Farnborough, from one-to-three-bed apartments to two-to-five-bed houses. A modern house is often the simplest install: simple roof geometry, a recent consumer unit and a garage or utility space. Two checks come first: the deeds and any estate covenants about external changes, and whether the builder has already fitted panels or an inverter that a battery can join.
Flats and rented homes
In Hart’s purpose-built flats, 11.2% of households, the outside walls and roof normally belong to the freeholder or a management company, so consent comes before a battery, and an inside space is often the only realistic one. For the 13.6% of Hart households renting privately and the 8.8% in social housing, the landlord decides. A flat at Hartland Village is subject to the same rule as an older conversion in the centre.
North Fleet and other designations
North Fleet is a conservation area with an Article 4 Direction covering front boundaries: gates, fences and walls. Hart’s Technical Advice Note on solar for residential buildings, published in January 2025, confirms such directions do not remove permitted development rights for roof solar. A battery fitted inside the house does not alter the outside. For an external unit on a wall facing the road in a conservation area, or on any listed building, ask Hart District Council’s planning team first.
The network behind the wall
Fleet sits in SSEN Distribution’s Southern Electric Power Distribution area, and SSEN began a further £5.2 million upgrade of the underground cables around Fleet and Church Crookham in January 2024, serving about 48,000 customers and designed for growth in electric vehicles, heat pumps and solar. Your installer notifies SSEN under G98 for a system up to 16 A per phase (3.68 kW), or applies under G99 before work for anything larger.
On sizing, PVGIS gives a 4 kWp south-facing array in Fleet about 485 kWh in June and about 136 kWh in December, so a battery is sized to evening use, not winter self-sufficiency. Our guide on what size home battery you need explains how, and battery storage without solar panels covers the tariff-only route. We are a NAPIT member (73495), MCS-certified for solar PV and battery storage through NAPIT. The roof side is on our page for solar panels in Fleet, and the county picture on our Hampshire solar page.
Sources: ONS Census 2021, TS044 Accommodation type (Hart, E07000089), via Nomis, read 16 October 2026; ONS, How life has changed in Hart: Census 2021; Hart District Council, Installing solar equipment on residential buildings Technical Advice Note (January 2025) and Article 4 Directions pages; Hart District Council news, Hartland Village; Berkeley Group, Hartland Village, Fleet; SSEN news, Hampshire electricity network boosted by further £5.2 million upgrade (9 January 2024); European Commission JRC, PVGIS 5.3, PVGIS-SARAH3 2005–2023, 4 kWp, 35°, due south, 14% losses (run 15 October 2026); NESO licence boundary data; Energy Networks Association, EREC G98 Issue 2 (10 March 2025).