IN Brief:
- BetterFleet will provide charge management software for the Metropolitan Police Service.
- The platform will prioritise critical vehicles, track charging status, and allocate charging costs.
- The deployment supports one of the UK’s largest blue-light fleets as electrification expands.
BetterFleet has been selected by the Metropolitan Police Service to provide charge management software for its growing electric and hybrid fleet.
The software will support charging across depots and public networks, giving fleet teams live visibility of vehicle charging status, charger activity, and operational readiness. It will also prioritise critical response vehicles, allocate energy costs to the correct vehicles and departments, and help identify charging issues before they affect availability.
The Metropolitan Police Service operates around 5,500 vehicles, making it one of the largest blue-light fleets in the UK. Around 30% of the fleet is already electric or hybrid, with a further 250 electric or hybrid vehicles and motorcycles expected to be added over the coming year.
Emergency service electrification creates a different charging profile from standard workplace or public charging. Vehicles must be ready for deployment, not simply connected to infrastructure. Charging software has to account for response priority, shift patterns, dwell time, vehicle type, charger capacity, duty cycles, and site electrical limits.
BetterFleet’s platform is designed for large fleet environments where unmanaged charging can quickly create operational and electrical constraints. Vehicles can be authenticated across depot and public charging networks, while charging activity and energy use can be assigned to the correct cost centres. That level of control becomes more important once fleets move beyond a small number of pilot vehicles.
The deployment shows how EV infrastructure is becoming a software-led operating system as much as an installation programme. Early fleet electrification often focused on charger numbers and vehicle procurement. Larger rollouts need charger uptime, energy cost control, driver behaviour monitoring, vehicle scheduling, grid capacity management, maintenance, and secure data reporting.
Battery-supported depot charging is already emerging as one response to site power limits, including Allye Energy’s upgraded MAX300 depot charging system. BetterFleet’s deployment addresses the control layer, where charging decisions have to reflect vehicle priority and available capacity rather than simple plug-in order.
Public-sector fleets add further complexity because their assets are often distributed, mission-critical, and politically visible. Police, ambulance, fire, refuse, and local authority fleets all face pressure to decarbonise, but they cannot compromise service availability. Charging software therefore has to support resilience as well as energy optimisation.
Cybersecurity and data governance are also part of the infrastructure. A system managing charging for emergency vehicles must be reliable, secure, and capable of operating across multiple locations and networks. BetterFleet’s SOC 2-compliant architecture reflects the rising assurance requirements now attached to fleet software and connected charging systems.
Cost allocation is another practical requirement. Public charging, depot charging, departmental use, operational mileage, and vehicle-specific energy consumption need to be separated clearly as fleets scale. Without that visibility, energy costs become harder to manage and charging behaviour becomes harder to improve.
The Metropolitan Police deployment will test charge management under high-utilisation public fleet conditions. Success will depend on vehicles being ready when required, faults being detected early, costs being correctly assigned, and depot capacity being used efficiently. At that point, charging software becomes part of daily fleet control rather than an administrative add-on.