EV charging planning applications grew 17% year-on-year in Q1 2026 and 8% over the rolling 12-month period, according to LeadLinka Research. Fleet charging depots for logistics operators, motorway service area rapid charging hubs, and workplace charging programmes are generating substantial LV infrastructure packages across the UK. LeadLinka tracks live planning applications across more than 250 UK local planning authorities, giving electrical contractors and renewables specialists early visibility of the pipeline 12 to 24 months before formal procurement begins.
EV charging planning applications grew 17% year-on-year in Q1 2026, according to LeadLinka Research. The growth reflects accelerating adoption of electric vehicles across both consumer and commercial fleet markets, and the planning register is the earliest signal of where the infrastructure investment will follow.
For electrical contractors, EV charging is not a single market segment. It spans single-charger installations worth a few thousand pounds through to fleet depot and motorway hub projects worth hundreds of thousands or more. The commercial opportunity varies significantly by project type, and contractors who can distinguish between small-scale and large-scale opportunities in the planning data are better positioned to allocate their business development resources effectively.
Planning applications are typically filed 12 to 24 months before procurement on major schemes. For a large fleet charging depot or a motorway rapid charging hub, that lead time gives electrical contractors the opportunity to engage with developers, network operators, and main contractors well before a formal tender is issued, and to position their capability at a stage when supply chain relationships are still being formed.
Fleet charging depots for logistics, delivery, and public transport operators are the fastest-growing sub-category within the EV charging planning register. A major logistics operator converting a large depot to all-electric vehicle operation may require 50, 100, or more charge points at a single site, together with the LV infrastructure to support simultaneous high-power charging across the full bay count.
The electrical content of a fleet depot project typically includes: a new or upgraded grid connection; HV or LV intake infrastructure; a fleet charging management system with dynamic load balancing; distribution cabling to individual bays; and metering infrastructure to support energy cost allocation across vehicles or operators. On large depot conversions, the total electrical package value can be comparable to a significant commercial development project.
The planning applications for fleet depot charging appear across a wide range of council types, including industrial and logistics areas that may be in districts with otherwise low planning application volumes. LeadLinka Research tracks EV charging applications by council and application type, allowing contractors to identify fleet depot applications specifically rather than searching through all EV-related planning activity.
Motorway service area rapid charging hubs are generating some of the largest EV charging installation packages in the UK. The government's EV infrastructure strategy includes targets for the number and capability of rapid and ultra-rapid chargers at motorway and major A-road service areas, and OZEV grant funding has been a significant driver of investment in this sub-category.
A motorway charging hub typically includes a canopy structure, multiple ultra-rapid chargers at 150 kilowatts or above per unit, substantial LV distribution infrastructure, metering and network management systems, and in many cases a grid reinforcement package to bring sufficient power to the service area. The electrical installation on a hub of 20 to 30 ultra-rapid chargers represents a significant package in its own right, and the associated grid reinforcement may involve HV work as well.
Planning applications for motorway charging infrastructure appear in the councils that contain or adjoin the relevant motorway service areas, which are often not the major urban councils that dominate headline planning statistics. Tracking these applications requires coverage of a wide range of council types, including rural and semi-rural authorities along the strategic road network.
Workplace charging and commercial car park EV infrastructure represent a high-volume, lower-average-value segment of the EV market that is growing steadily across the UK. Commercial landlords are increasingly required to include EV charging provision in planning applications for new or refurbished car parks, either as a planning condition imposed by the local authority or as a voluntary measure to meet occupier requirements and green lease obligations.
The electrical content of workplace charging installations varies by scale. A 10-bay workplace car park installation is a straightforward package. A 200-space commercial car park with EV provision throughout requires careful load management design, distribution infrastructure, and metering, and may require a grid connection upgrade if the site's existing supply is insufficient to support simultaneous charging at a meaningful proportion of bays.
Planning applications for commercial car park developments, refurbishments, and change of use applications that include EV charging provisions appear across the full range of council types. Electrical contractors who track planning applications in this category can identify car park and workplace projects at the application stage, before the main developer or main contractor has begun to appoint the electrical subcontractor.
Solar PV planning applications are broadly stable in H1 2026, according to LeadLinka Research. While the dramatic growth rates of the early 2020s have moderated, the pipeline of roof-integrated and ground-mounted solar applications remains consistent across commercial, industrial, and agricultural sectors.
Commercial and industrial roof-mounted solar applications are appearing regularly across logistics and distribution centres, manufacturing facilities, retail warehouses, and agricultural buildings. These schemes typically require planning consent for the array, the associated inverter and electrical connection infrastructure, and in some cases export connection to the grid. The electrical installation package on a large commercial roof-mounted system can include inverter installation, AC and DC cabling, isolators, metering, and grid connection works.
Ground-mounted solar applications, which tend to be larger in scale, are appearing in agricultural and semi-rural councils. These schemes require more complex electrical installation packages, including HV export connections on larger arrays, and represent a distinct sub-category within the broader solar pipeline. LeadLinka Research tracks solar planning applications separately from EV charging, allowing contractors to filter for the project type and scale relevant to their renewables capability.
LeadLinka tracks live UK planning applications across more than 250 local planning authorities and classifies each application by trade segment, including EV charging, solar PV, and other renewables categories. Users can filter by trade segment, council, application status, and estimated construction value to build a pipeline relevant to their business.
Fleet depot and motorway hub applications represent the highest-value opportunities in the EV category. Recently approved applications are the nearest-term opportunities for procurement engagement. Monitoring applications from submission gives contractors the earliest possible entry point into relationships with developers, network operators, and main contractors before formal procurement begins.
| Category | Est. live pipeline value | Note |
|---|---|---|
| EV charging (elec_ev tag) | £0.5bn–£1.8bn | Live applications, last 12 months |
Growth figures for EV charging (+17% year-on-year in Q1 2026, +8% over 12 months) are derived from LeadLinka Research fixed-panel analysis comparing equivalent periods on a like-for-like set of councils tracked in both periods. The fixed-panel approach removes distortion from LeadLinka's expanding council coverage during 2025. Trade segment classification is applied by LeadLinka Research using keyword and description analysis of public planning application records. Pipeline values are LeadLinka estimates based on application type, site scale, and comparable project data, and are indicative only. Full methodology is available at leadlinka.co.uk/methodology.
Source: LeadLinka Research, “UK EV Charging and Renewables Construction Leads: Where the Pipeline Is Growing, H1 2026”, leadlinka.co.uk/insights/uk-ev-charging-renewables-construction-leads-2026, published 2026-07-12. Methodology and definitions: leadlinka.co.uk/methodology.