Plug a car in outside a Basildon home at six on a weekday evening and, with its default settings kept, a smart charger sold since 30 June 2022 will wait until 10pm before it starts. That is the law working as intended, and once you know how the schedule is built you can make it fit your tariff and your morning. This guide works through one weekday night, hour by hour. For fitting the charger itself, from Laindon to Pitsea, see our Basildon EV charger page.
More households are working through that night: DVLA records about 4,298 privately kept plug-in vehicles across Basildon borough at the end of June 2026, up from 3,008 a year earlier, about 43% more (our arithmetic). We quote only the privately kept figure, because company-kept vehicles are counted at the company’s registered address, which inflates Basildon’s all-keeper total well beyond the borough’s own drivers.
4pm to 10pm: the hours the law keeps you out of
The Electric Vehicles (Smart Charge Points) Regulations 2021 define peak hours as 8am to 11am and 4pm to 10pm on weekdays, and a charger must come with default charging hours outside them. At first use you can accept the defaults, remove them or set your own, and you can change or remove them later. The evening block matters most in a Basildon terrace, the home of 43.9% of the built-up area’s households at the 2021 Census: it is when the oven, the kettle and an electric shower share the main fuse with a charger that would otherwise be drawing 32 A.
10pm: the first charging hour
From 10pm the default window opens, and each charge starts after a random delay of up to 600 seconds unless you cancel it. On a street of new-town terraces where several cars are set to the same time, the delay spreads their starts across ten minutes rather than one second. Central Basildon sits in UK Power Networks’ Eastern Power Networks licence area, Eastern England, Distributor ID 10 on the Energy Networks Association’s list, about 9.1 km from the South Eastern boundary. The installer notifies UKPN of the chargepoint, so the network knows it is there.
How many hours the car needs
A 7 kW charger delivers roughly 7 kWh an hour. Between 10pm and 8am, the ten weekday hours outside the regulations’ peaks, it could put about 70 kWh into a car (our arithmetic), more than a 60 kWh battery holds. From empty, that battery would be full in about eight and a half hours; for a car kept in Vange or Lee Chapel North, a 20 kWh top-up takes about three (our arithmetic). The car’s own on-board charger can set a lower ceiling than the wall unit, which is why the survey confirms your car’s connector and charging capability as well as the supply.
Your tariff’s window is not the law’s window
The regulations’ default hours keep the charger out of the peaks; they do not know your tariff. Off-peak EV tariffs set their own cheap window, and the charger’s schedule should sit inside it. If the window is shorter than the time your car needs, the charger either finishes outside it at your standard rate or the car leaves short of full, so compare the window’s length with the top-up your SS13 to SS16 driving actually needs. As a yardstick for that standard rate, Ofgem’s price-cap unit rate for October to December 2026 is 26.32p per kWh by Direct Debit; off-peak EV tariffs price overnight units well below that. We do not quote supplier rates: compare the windows and prices yourself and set the charger to the one you choose.
Weekends and summer afternoons
The regulations’ peak hours apply on weekdays only, so check what your charger’s defaults are at weekends and whether your tariff treats them differently. If the car is at home in daylight and you have panels with a compatible setup, part of the roof’s surplus can go to the car. PVGIS gives a south-facing 4 kWp array in Basildon about 503 kWh in June, roughly 16.8 kWh a day, against about 145 kWh in December, roughly 4.7 kWh a day (our arithmetic), so daytime solar charging is a summer pattern and the overnight schedule does the winter work. What panels would make on your own roof is covered on solar panels in Basildon.
When the house is busy: load management, not scheduling
Scheduling decides when the car charges; load management decides how hard. A 7.4 kW charger draws 32 A continuously, domestic main fuses are commonly 60 A, 80 A or 100 A, and on 60 A the charger leaves 28 A for everything else (our arithmetic). A current sensor on the incoming supply turns the charger down while the house is busy, which matters if you override the schedule for an evening top-up. If a terrace’s supply is looped with a neighbour’s, UK Power Networks says the change has to be planned with both households and may carry a charge; where a fuse is genuinely too small, it can raise a 30 A or 60 A main fuse to 80 A or 100 A. Basildon’s new-town house building moved from traditional methods to system building in 1963, so the survey also checks what an outside wall is made of before the charger goes on it.
Who sets the schedule in a rented home
In Basildon’s built-up area, 30.0% of households rented from a social landlord at the 2021 Census, and across the borough 13.8% rented directly from the council. A tenant needs the landlord’s agreement before any charger is fitted. With private off-street or allocated parking, OZEV’s renter grant covers 75% of the cost up to £500 per socket, and residential landlords have their own grant of up to £500 per socket; claims must be made through an OZEV-authorised installer, so tell us your situation at the quote stage. Our guide to who qualifies for the EV chargepoint grant covers each case. Where there is no off-street space, Essex Highways says trailing a cable across the public footway is illegal and not permitted, and cross-pavement channels are not currently permitted (its EV strategy page, read 19 October 2026). Once a charger is in, the schedule is set by whoever holds its account, so agree that with the landlord too. Our home EV charger installation guide sets out the SmartBee-M’s published specification.
Sources: legislation.gov.uk, The Electric Vehicles (Smart Charge Points) Regulations 2021 (S.I. 2021/1467), regulations 1, 10 and 11, read 19 October 2026; Department for Transport and DVLA, VEH0142 licensed plug-in vehicles by keepership and local authority, Basildon, private keepers, end of June 2025 and end of June 2026 (published 23 September 2026), with notes 5 and 6 on keeper postcodes; ONS, Towns and cities, characteristics of built-up areas, England and Wales: Census 2021, tables 5c and 6c, Basildon BUA; ONS Census 2021, TS054 Tenure (Nomis), Basildon; Ofgem, energy price cap October to December 2026; PVGIS 5.3 (European Commission JRC), PVGIS-SARAH3 2005–2023, 4 kWp, 35° tilt, due south, 14% system losses, run 15 October 2026; UK Power Networks, fuse upgrade guidance and Licence Boundaries open dataset (17 December 2024); NESO, GIS boundaries for GB DNO licence areas (3 May 2024); Energy Networks Association, Find my network operator; Basildon Borough Council, Housing the People; OZEV, Changes to electric vehicle chargepoint grant schemes from 1 April 2026 (updated 7 July 2026); Essex Highways (Essex County Council), EV strategy, https://www.essexhighways.org/ev-strategy (read 19 October 2026).