Charging EVs Without Driveways: Practical Solutions for Street Parking

As the global push toward sustainable transport intensifies, a massive hurdle has emerged that could determine the success of the green revolution: the “driveway divide.” With ambitious targets set—such as the goal for 30% of all cars to be electric by 2030—the focus is shifting from the cars themselves to the infrastructure required to keep them moving.

For millions of urban dwellers living in terraced housing or apartments, the transition to an electric vehicle (EV) isn’t just a matter of choosing a new model; it is a complex logistical puzzle involving public footpaths, local council permissions, and significant cost implications.

The Driveway Divide: Why Urban Charging is the Next Great Infrastructure Challenge

The traditional model of EV ownership assumes a private driveway or garage where a dedicated charger can be installed. However, in densely populated areas, this luxury is rare. For those living on terraced streets, the alternative has often meant relying on expensive public charging stations or, more hazardously, trailing cables across public pavements.

The latter creates a “perfect storm” of problems: trip hazards for pedestrians, liability concerns for local authorities, and a cluttered streetscape that can impede accessibility for those with visual impairments or mobility aids. To meet decarbonization targets, authorities are now forced to look beneath the surface—literally.

The Bromley Model: Can Shallow Channels Solve the Pavement Problem?

In the London borough of Bromley, a creative solution is being tested to bridge this gap. Instead of bulky, permanent street pillars, officials have implemented a cross-footway scheme using shallow channels, or gullies, installed directly into the ground.

How it works is deceptively simple: a shallow channel is cut into the public footpath. The charging cable runs from the resident’s home, sits securely within this gully, and is protected by a durable PVC rubber cover. When the car is charged, the cable is removed, leaving the footpath clear and safe for pedestrians.

The Economics of Convenience: Home vs. Public Charging

For early adopters like John Trendler, a resident in Bromley, the switch to this method has been a game-changer for the household budget. The financial disparity between home-based charging and public infrastructure is staggering.

“I think local public charges are getting on for 90p a kilowatt, whereas home here you do an overnight rate of 7p a kilowatt.” — John Trendler, EV Owner

This massive price gap—nearly 13 times more expensive at public units—is a primary driver for residents seeking ways to bring domestic electricity rates to the street side. While the initial installation cost for a resident in Bromley is approximately £799 to £1,000, the long-term savings on fuel costs can recoup that investment relatively quickly.

The Roadblocks to Scaling: Standards, Safety, and Social Tension

While the Bromley scheme has been hailed as a success by local officials, it is not a “one-size-fits-all” solution. A recent report into cross-footway schemes has highlighted several critical concerns that must be addressed before this can become a national standard.

• Lack of National Standards: Without detailed design, installation, and maintenance protocols, different local authorities may implement conflicting systems, making it difficult for manufacturers and installers to scale.
• High-Footfall Suitability: In busy city centers or near shopping districts, even a covered gully might present risks or aesthetic issues.
• Neighborly Friction: There is growing concern that street-side charging solutions could inadvertently spark tensions over limited street parking spaces.
• Electrical Risk Management: Further guidance is required on how to manage electrical safety in varying weather conditions and how these installations impact existing streetscape infrastructure.

The Future of Urban Mobility: Beyond the Gully

The next decade of EV infrastructure will likely move toward “invisible” integration. We are seeing a shift in thinking from adding *new* objects to the street to making *existing* objects smarter. This includes:

Smart Lamp Posts: Integrating charging points into existing street lighting to minimize sidewalk clutter.
Wireless Induction Charging: The “holy grail” of EV tech, where cars charge simply by parking over a pad embedded in the road.
V2G (Vehicle-to-Grid) Technology: Where your car doesn’t just take power from the grid but can actually feed energy back into your home or the local network during peak times.

As governments work on cross-departmental frameworks to provide more certainty, the goal remains clear: making the switch to electric as easy for a terraced-house resident as it is for a homeowner with a private garage.

Frequently Asked Questions

Can I install a charger on a public footpath?
Generally, no. You cannot unilaterally install equipment on public land. You must work through your local council or authority, which may offer specific schemes like the gully installation in Bromley.

Is it safe to charge an EV via a street gully?
When installed according to professional standards with proper PVC protection and covers, these systems are designed to mitigate trip hazards and weather-related electrical risks.

How much does it cost to install an on-street charging channel?
In some UK boroughs, the cost to the resident has been cited around £799 to £1,000, though this varies significantly by location and specific requirements.