VEV Warns Poor Early Planning Inflates Fleet Electrification Costs by Up to 30%

Fleet electrification costs are being driven up by as much as a third due to inadequate early-stage planning, according to VEV. The company highlights that adopting a data-driven approach during initial decision-making can cut transition expenses by up to 30%.

VEV’s conclusions stem from an extensive analysis of operational data from over 100,000 commercial vehicles, including buses, trucks, vans, and refuse collection vehicles (RCVs), spanning diverse fleet environments. The study reveals that many operators tend to over-invest in infrastructure while underestimating operational demands, jeopardising both budgets and deployment schedules.

Contrary to common assumptions, VEV argues that electrification programmes often falter not because of vehicle technology limitations but due to insufficient upfront planning concerning infrastructure, energy requirements, and grid capacity.

George Hobbs, Data Lead at VEV, emphasises this point: “Most fleets don’t fail at electrification because of technology — they fail because they don’t start in the right way. Using real-world operational data allows us to remove uncertainty, demonstrate viability, and build a clear, investable roadmap that allows operators to scale with confidence.”

Further analysis indicates that early-stage analytics can substantially reduce the total cost of ownership by lowering expensive grid upgrades by up to 70% and uncovering energy savings of as much as 20% through optimised charging strategies.

This methodology has been successfully implemented across complex operations, including multi-site setups like Manchester Airports Group, as well as large logistics fleets, emergency services, and critical infrastructure operators managing fleets exceeding 10,000 vehicles.

In collaboration with Whitespace, VEV developed an electrification roadmap and cost model for Derby City Council’s municipal waste fleet using live operational and telematics data. This partnership identified immediate optimisation opportunities and supported a funding application to the UK’s Depot Charging Scheme, with financial benefits estimated to be up to ten times the initial consultancy cost.

Grid connection delays are also emerging as a major obstacle to fleet electrification. As an Independent Connection Provider (ICP), VEV offers direct design and delivery of grid connections, helping to shorten project timelines and reduce dependence on third-party network operators.

With grid lead times lengthening, capital costs rising, and competition for funding intensifying, early planning is becoming essential to meet decarbonisation goals. The UK Government’s recent £1 billion funding package for cleaner transport further heightens this urgency, increasing competition for both financial support and grid capacity.

VEV urges fleet operators to prioritise early-stage planning and data analysis to enhance project viability, mitigate risks, and secure funding. Without this focus, delays could escalate costs and limit access to necessary grid infrastructure.