Charging Infrastructure: Depot, Public, and Home Solutions (Continued)
Home and “Near-Home” Charging: A significant portion of fleet vehicles are not tied to a depot at night, instead, they are taken home by employees (this is common for service engineers, inspectors, sales reps, etc.), or they start from home in the mornings. Enabling these drivers to charge at home can be highly advantageous: home charging is usually the cheapest and most convenient option, essentially turning every driveway into a “mini depot.” However, the UK has an infamous challenge in this regard: about one-third of households have no off-street parking, making at-home EV charging tricky. Fleet operators have found that “charging at home is not always possible as the employee may not be able to have a wall box at their property” due to physical or ownership constraints. Many British homes are flats or terraced houses with only on-street parking, where running a charging cable is impractical or prohibited. Even among those with a driveway, some may be unwilling to dedicate the space to a van (leaving their personal car on the street). According to one fleet industry report, around 40% of drivers either cannot or will not charge an employer’s vehicle at home , underscoring how significant this limitation is [53] . For the near term, fleets are identifying which drivers can reliably home- charge and prioritizing EV deployment to those individuals. Employees with a garage or driveway are prime candidates to be early EV adopters for the fleet, since they can take full advantage of cheap night-time power. For those who don’t have this option, alternative arrangements must be made, and this is fostering creative solutions.
heavily on public charge points, it could erode much of the fuel savings that justify going electric. The industry is lobbying for VAT equalization to 5%, which would immediately cut public charging prices for businesses and individuals alike. In the meantime, best practice is to use public rapid charging strategically , essentially as a backup or range extender, not the primary source of energy. Fleets are encouraging drivers
to do most charging during cheaper times (overnight at depot or home), and use rapid chargers only when necessary during a shift. Some have also negotiated corporate accounts or memberships with charging networks to get better kWh rates. Innovative solutions are emerging too: the Association of Fleet Professionals (AFP) has even launched a platform
to connect organizations that have surplus charging capacity with those that need it. For example, a bus company with high- power chargers might let a delivery fleet use them in off-hours. A notable case is First Bus , which now allows other local fleets to use its depot’s 150 kW chargers during the day when its buses are out on routes [51] . Such sharing agreements can create semi-private charging hubs that benefit all parties and improve charger utilization. Over time, a more interconnected ecosystem of shared, public, and private charging options will help fleets electrify without each organization shouldering the full infrastructure burden alone.
One emerging concept is “virtual home charging.” This means finding a convenient overnight charging solution near
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Electrifying UK Fleet Operations: Challenges, Strategies, and the 2035 Deadline
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