Most of Edmonton was built in one long push. Enfield Council’s appraisal of the Church Street and Fore Street conservation areas records suburban building gathering pace from the 1890s, mostly working-class housing, until virtually all the open land outside the parks and cemeteries had gone by the late 1930s. That history explains why the first question about a home battery here is rarely its size. It is where the thing physically goes, and who has to agree before it goes there.
This guide works through Edmonton’s main home types in turn: the terrace, the semi, the flat and the rented home. For what a system involves, the network paperwork and what the town’s own figures say, our page on home batteries in Edmonton has the detail.
What Edmonton’s homes look like on paper
The 2021 Census counted 50,410 residents in 17,661 households across Edmonton Green, Lower Edmonton and Upper Edmonton wards. On our sums of the ward figures, 38.2% of those households live in purpose-built flats, 30.6% in terraced houses, 17.9% in semis and 6.6% in detached houses. The wards differ sharply. Lower Edmonton is the terraced heart, with 41.6% of its 5,826 households in terraces, while Edmonton Green is 51.6% purpose-built flats.
Tenure matters as much as the building. Only 31.7% of households across the three wards own their home; 33.1% rent from a social landlord and 33.3% rent privately. Across the whole of Enfield borough the ownership figure is 52.4%. So in Edmonton, more than in most of the borough, a battery conversation often starts with someone other than the person living there.
The Lower Edmonton terrace with no side access
A mid-terrace from the 1890s to the 1930s usually has no garage, no side passage and a front door straight onto the pavement. That rules out the easy answers. The equipment ratings then decide a lot. EnSmart, the kit in our own installation photographs, publishes its wall-mounted ELV-W battery as IP50, which means indoor use only, and its SolarAll-H hybrid inverter as IP65, rated for indoor or outdoor mounting.
In practice that usually puts the battery somewhere inside: an understairs cupboard, a utility space or a ground-floor room with a suitable wall. The inverter can sometimes go on a rear wall outside, which saves indoor space. Placement has rules around ventilation, temperature and cable runs from the roof, so the exact spot comes from the survey rather than a brochure. If the panels are part of the plan, our page on solar panels in Edmonton covers the roof side of the same terrace.
Semis and the few detached houses
The 17.9% of households in semis and 6.6% in detached houses across the three wards have more choice. In Lower Edmonton, 17.0% live in semis and 7.9% in detached houses. A side passage, a garage or a lean-to opens up options that a mid-terrace lacks. EnSmart’s floor-standing ELV-F packs are published as IP55 and rated for indoor use or outdoors away from direct sunlight, so a covered side return can sometimes work. A garage is often the tidiest home for an indoor-only wall battery, as long as the cable run to the consumer unit is sensible.
Flats: the roof and the walls are not yours
For the 38.2% of Edmonton households in purpose-built flats, and the majority in Edmonton Green, ownership of the structure comes first. UK Power Networks says the building owner’s permission is needed before solar or storage work begins on a multi-occupied building such as a block of flats. Anything wired into a shared supply, or fixed to common parts, needs the freeholder or managing agent to agree. They also need to settle who pays and who maintains it.
A battery without panels is the option most often raised in a flat, charging from the grid at cheaper times and running the home later. The arithmetic and its limits are in our guide to battery storage without solar panels. Even then, the freeholder question does not go away.
Renting in Edmonton: the landlord decides
With a third of households across the three wards renting privately and another third renting socially, many Edmonton enquiries end with a landlord. For privately rented homes, there is one funded route. The Warm Homes: Local Grant reaches Enfield through the Greater London Authority’s consortium. It covers privately owned homes, including privately rented ones, rated EPC D to G, usually where household income is £36,000 or less or through a qualifying postcode or benefit. Under DESNZ’s guidance, a battery is funded only alongside solar PV.
The EPC test is not a high bar here. The Edmonton and Winchmore Hill constituency has a median energy-efficiency score of 66, band D, and only 25.6% of its terraced houses reach band C. Demand for the grant is high, so it is a possibility to check, not a plan to count on.
Church Street and Fore Street conservation areas
Edmonton’s two conservation areas are Church Street, designated in 1970 and extended in 2002 around All Saints church and Lamb’s Cottage, and the three sections of Fore Street designated in 2002. Neither carries an Article 4 direction; Enfield’s 2016 management proposals judged one premature for Church Street’s few family houses. The national rules in Part 14 of the planning Order have classes for solar equipment, heat pumps and wind turbines, but none for a battery. For a home in either area, the sensible line is to keep any outdoor unit off a wall facing the street, and ask Enfield’s planning team if in doubt.
Once the spot is found, size it to your evenings
The European Commission’s PVGIS 5.3 tool puts a 4 kWp, due-south array at the Edmonton town-centre point at about 142 kWh in December and 477 kWh in June. That gap is why a battery is sized to what you use after dark, not to winter self-sufficiency. Our guide to what size home battery you need sets out the method. For the wider picture across the area’s boroughs, see our solar panels in North London hub.
Sources: London Borough of Enfield, Church Street and Fore Street, Edmonton Conservation Area Character Appraisal and Management Proposals (September 2016), Conservation areas and Article 4 directions pages; ONS Census 2021 via Nomis, TS001, TS044 and TS054 for wards E05013679, E05013685 and E05013694 and for Enfield E09000010 (our sums); ONS, Energy efficiency of housing in England and Wales (records to financial year ending 2025), constituency E14001221; UK Power Networks, Solar and storage: cost, time and what’s involved; EnSmart published specifications for SolarAll-H, ELV-W and ELV-F; GOV.UK, Warm Homes: Local Grant guidance and successful local authorities (updated 2 July 2026); Greater London Authority, Warm Homes: Local Grant; legislation.gov.uk, General Permitted Development Order 2015, Schedule 2 Part 14 (read 16 October 2026); PVGIS 5.3 (European Commission JRC), PVGIS-SARAH3 2005–2023, run 15 October 2026.