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West Northamptonshire Council has appointed Char.gy to install more than 3,000 on-street EV charging sockets across the district, backed by £2.85 million from the UK government's Local Electric Vehicle Infrastructure (LEVI) Fund and supplemented by private investment from Char.gy itself. The majority of those sockets will be retrofitted onto existing lamp posts — standard street lights already wired into the distribution grid — using a method that needs no new grid connection, no excavation, and no planning delay. For the roughly 40% of UK households that have no off-street parking and no realistic prospect of a home charger, that combination of scale and speed is what a credible solution to the driveway gap actually looks like in practice. What West Northamptonshire also confirms, alongside Brighton, Reading, and the Isle of Wight, is that the LEVI public-private concession model now has the track record to be called a national blueprint rather than a local experiment.
The economic case for non-driveway residents to go electric has long been fragile. An EVA England survey of 1,668 drivers published in late 2025 found that 87% of EV drivers with driveways said their EV was cheaper to run than their previous petrol or diesel car — but only 50% of those without driveways agreed. A full 60% of non-driveway petrol and diesel drivers said they would never consider switching to electric at all, with access to charging cited as the decisive barrier.
The UK's public charging network counted 121,171 active connectors as of June 2026, according to Zapmap data, the UK's charging data specialist — up 10% year on year in the first half of 2026, a marked deceleration from the 40%-plus growth rates of 2024. The government's target is 300,000 public chargers by 2030. The overwhelming majority of the network sits in car parks, at motorway service areas, and in town centers — precisely the locations least useful to a resident who needs a full charge by morning and parks on the street outside their front door. West Northamptonshire's programme is built around that resident.
Why Lamp Posts Work Where Everything Else Is Too Slow
A standard public EV charging installation — purpose-built bollard, new grid connection, civil groundworks — involves three stages each of which can take months. The charge point operator must apply to the local Distribution Network Operator (DNO) for a new electricity supply, a process that in 2025 saw roughly one third of planned installations delayed beyond their target energisation date, according to GRIDSERVE's parliamentary evidence. They must secure planning permissions where required. And they must dig up pavement to lay new cabling and install foundations for a freestanding unit.
Lamp-column charging eliminates all three. Street lights across England are already connected to DNO supplies via unmetered billing arrangements — the council's electricity bill for a lamp post is calculated from estimated hours of operation multiplied by the lantern's rated wattage, rather than from a meter reading. A lamp-column EV charger unit bolts directly onto the column and taps that existing supply. No excavation. No new grid application. No planning delay for a bespoke structure. The DNO simply needs to be notified to update the council's unmetered supplier inventory, per the Energy Saving Trust lamp column guide.
The output ceiling for this approach is approximately 5kW — the maximum power available on a single-phase residential-grade unmetered supply. A lamp post's wiring was designed to feed a lighting load of 50 to 250 watts; the headroom above that load, within what the existing cable can safely carry, caps out around 5kW (single-phase, 25 amperes). That is meaningfully slower than a purpose-built 7kW or 22kW AC bollard. What it is not, however, is too slow for overnight residential use. At 5kW, an EV gains roughly 25 to 40 miles of range per hour. A driver who plugs in at 11pm and disconnects at 7am — a realistic overnight window on a residential street — adds 200 to 320 miles of range. For the vast majority of daily commuting patterns in a district like West Northamptonshire, that is a full week's driving in a single overnight session.
Installation at this approach is fast. An experienced team can erect four to five lamp-column charge points per day. The flip side is that councils must limit each street segment to two or three chargers to avoid overloading the local network's available capacity — a DNO constraint on what the existing cable can distribute across multiple simultaneous draws.
Does It Work Once Installed? Brighton and Hove's Evidence
West Northamptonshire is not the first council to pursue this approach at scale, which is precisely what makes the announcement significant. The UK's most advanced live example is Brighton and Hove City Council's partnership with Char.gy, targeting approximately 6,000 kerbside sockets across the city — the largest on-street charging programme operating outside London. In May 2026, Char.gy installed its 5,000th public charge point nationally, with that milestone socket delivered in Brighton as part of that city's rolling deployment.
The Energy Saving Trust's detailed case study of Brighton and Hove's lamp-column programme documents the practical results. Residents reported positive feedback and asked for more units. EV uptake in areas served by the chargers visibly increased following installation. Mid-deployment, Brighton's local DNO updated its earthing requirements to mandate safe vault systems in all new installations — a hardware specification change that could have caused significant delays on a different network. Char.gy's units already met the updated standard, so no installations stalled.
The Brighton experience surfaces one recurring operational reality in lamp-column programmes: DNO earthing and supply standards evolve, and councils need a charge point operator whose hardware meets future requirements, not just today's specification. West Northamptonshire will benefit from the lessons accumulated across Char.gy's earlier deployments.
LEVI's Public-Private Model Is Now Proven at Scale — and Every English Council Has Access to It
West Northamptonshire's £2.85 million LEVI grant forms part of the UK government's Local Electric Vehicle Infrastructure Fund, a programme totaling approximately £381 million across English local authorities. The fund's design is structurally important: it does not simply hand money to councils and ask them to build chargers. It creates a long-term concession model. A local authority brings the LEVI capital grant to a competitive procurement process; the winning charge point operator uses that grant alongside its own private investment to fund installation; it then operates and maintains the network over a multi-year concession period and recovers its investment through user tariffs. The council bears no ongoing operational liability after the grant disbursement.
The LEVI Fund's allocation methodology weights each council's share by the proportion of its vehicle fleet without off-street parking, by deprivation indices, and inversely by how much public charging it already has — explicitly directing funding toward the communities most underserved. West Northamptonshire's £2.853 million allocation reflects a district with a large proportion of residents relying on on-street parking and a low existing public charging density relative to that population.
The public-private element carries concrete financial weight. Procurement documents published before the West Northamptonshire appointment estimated the total value of the Char.gy concession at £7 million — comprising the council's £2.85 million LEVI grant plus at least £4.2 million in private capital from Char.gy. For every pound of public money committed, the LEVI structure attracts approximately £1.47 in private investment.
West Northamptonshire is Char.gy's third major LEVI council contract of 2026 alone. The company had previously secured contracts covering more than 1,500 charge points on the Isle of Wight in April and approximately 2,600 charge points with Reading Borough Council in May — a programme designed so that at least 90% of households without driveways will sit within 100 metres of a public charger. Add West Northamptonshire's 3,000 sockets, and Char.gy has committed to more than 7,000 new on-street sockets across three LEVI contracts in a single year, all using the same lamp-column concession model.
That accumulation of committed contracts — each independently procured, each representing a council that assessed competitors and chose this approach — is what elevates the LEVI model from a promising pilot to a replicable system. Every English local authority holds a LEVI capital allocation. Neighbouring North Northamptonshire has separately secured approximately £3 million in LEVI funding for its own charging rollout, meaning both halves of the county are now pressing ahead through the same mechanism.
How to Charge at a Lamp Post — and What It Costs
For a resident in West Northamptonshire without a driveway, the user experience of a Char.gy lamp-column charger is designed to be simple. After parking next to a column-mounted unit, a driver plugs in a Type 2 cable (supplied by the driver; the charger does not include a tethered cable) and scans the QR code on the charger with their phone. No app download is required. Payment is made by card or mobile wallet. A blue indicator light confirms the session is active. Charge progress can be monitored through the web-based session page, as detailed in Char.gy's lamp-column charger FAQ.
The cost of a session depends on the tariff at the time of charging. Char.gy's standard rate as of mid-2026 is meaningfully lower than rapid public charging, which averages around 79p/kWh nationally. The gap between kerbside charging and home charging, however, remains substantial — EV drivers with home chargers and competitive smart tariffs can pay as little as 7p to 10p per kWh for overnight charging, while the cheapest standard domestic rates run under 26p per kWh, according to EVA England data on domestic charging rates.
Part of that gap is a tax policy anomaly. Home electricity used for EV charging is subject to the UK's reduced 5% VAT rate; public EV charging currently attracts standard 20% VAT. That 15-percentage-point difference is embedded in every public charging session, including at lamp-column chargers. In February 2026, the First-tier Tribunal (Tax Chamber) ruled in Charge My Street v HMRC that public kerbside charging can qualify for the 5% rate under a de minimis provision for small quantities of domestic-use electricity. HMRC appealed that ruling in April 2026, and the standard 20% rate guidance remains operative pending the outcome. If the Tribunal's position is eventually upheld on appeal, the effective cost per kWh at kerbside chargers across England — including West Northamptonshire's new network — would fall by several pence, meaningfully narrowing the gap with home charging for those residents who have no alternative.
Does Kerbside Charging Close the EV Affordability Gap?
The West Northamptonshire programme is not, by itself, a complete answer to the driveway gap. For a non-driveway driver in West Northamptonshire to close the running-cost gap with a home-charging equivalent, they need: a charger within reasonable walking distance of where they park overnight; available parking space; and a tariff that brings the per-kWh cost into competitive range with domestic rates. The current VAT structure makes the third condition harder to meet. The LEVI programme's focus on competitive user tariffs addresses it within the constraints currently imposed by HMRC's guidance.
What the programme does decisively answer is the infrastructure precondition: that a kerbside charge point, close to where you actually park, can reliably be installed on a residential street at density and at speed, using existing lamp-post infrastructure, without civil disruption, and without a multi-year grid connection queue. For a council or a government trying to establish whether the lamp-column LEVI concession model is viable at thousands-of-sockets scale in a real English district — rather than in a London borough with a purpose-built funding structure — West Northamptonshire is the live test case. Residents will be able to track installation progress through the council's Electric Vehicle Charging webpage and Char.gy's own platform as sockets come online through the second half of 2026.
Frequently Asked Questions
How does lamp-post EV charging work, and is 5kW fast enough for overnight use?
A lamp-column charger bolts directly onto an existing street light and draws power from the DNO unmetered supply already wired into that lamp post — no new grid connection, no excavation, and no planning permission for a standalone structure. The output ceiling is approximately 5kW (single-phase, 25 amperes), determined by the capacity of the existing supply wiring. At 5kW, a typical EV gains roughly 25 to 40 miles of range per hour. A standard overnight session of seven to nine hours is sufficient to fully recharge most modern EVs from a near-empty battery — making the approach well suited to residential streets where drivers park for the full night, and poorly suited to locations where drivers need a fast top-up and want to move on quickly.
Why is public EV charging still more expensive than charging at home, and could that change?
Home electricity for EV charging qualifies for the UK's reduced 5% VAT rate; public charging currently attracts standard 20% VAT. That 15-point difference is embedded in every kerbside session regardless of operator or tariff level. A further factor is that public charge point operators price to recover installation, maintenance, and capital costs that home charger owners already absorb through their initial hardware purchase. In February 2026, the First-tier Tribunal ruled in Charge My Street v HMRC that public kerbside charging can qualify for the 5% rate under a de minimis domestic-use provision. HMRC appealed in April 2026; the 20% rate remains in force. If the appeal fails, every kerbside session would become cheaper by several pence per kWh — a material shift for the millions of UK residents who depend on public charging and have no home charging alternative.
What is the LEVI Fund and why does the public-private structure matter?
The Local Electric Vehicle Infrastructure Fund is a UK government programme totaling approximately £381 million for English local authorities, administered by the Office for Zero Emission Vehicles. Its design is not a simple grant: it funds a long-term concession contract in which the council brings the government grant to a competitive procurement process, the winning charge point operator co-invests private capital alongside it, and the operator then builds, operates, and maintains the network over the contract period. West Northamptonshire's concession is valued at approximately £7 million in total — £2.85 million from LEVI and at least £4.2 million from Char.gy's own investment. The council bears no ongoing operational liability once the grant is deployed.
Which English councils are furthest ahead in residential kerbside EV charging?
Brighton and Hove City Council leads outside London, targeting approximately 6,000 kerbside sockets in partnership with Char.gy — currently the largest single on-street charging programme outside the capital by socket count. Char.gy passed 5,000 total installed public charge points nationally in May 2026, with the milestone unit delivered in Brighton. Reading Borough Council's programme of approximately 2,600 charge points is designed to place at least 90% of households without driveways within 100 metres of a public charger. West Northamptonshire's 3,000-socket programme puts it alongside Brighton as one of the two largest single-council kerbside deployments by committed socket count in England.
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