The UK Workplace Charging Scheme has become more attractive for businesses in 2026, with increased support available for eligible workplace EV chargepoint installations.

For commercial sites, schools, offices, hospitality venues and managed properties, this creates a clear opportunity. EV charging can support staff, fleets, visitors and future sustainability goals. But before a business applies for funding or starts choosing chargepoints, the electrical infrastructure needs to be reviewed properly.

A workplace EV charger installation is not just a parking-space upgrade. It can affect electrical capacity, distribution boards, cable routes, load management, smart charging, future expansion and ongoing maintenance.

At Azure Electrical Ltd, our electrical services, electrical installation, statutory compliance and control panel services support commercial clients that need practical electrical planning before adding new building demand.

This guide explains what businesses should check before applying for workplace EV charging grants and why the electrical review should happen before installation decisions are made.

What Changed With Workplace EV Charging Grants in 2026?

From 1 April 2026, the Workplace Charging Scheme grant increased from up to £350 per socket to up to £500 per socket for eligible installations completed on or after that date.

The scheme is available until 31 March 2027 and supports eligible businesses, charities, public sector organisations and small accommodation businesses.

Businesses can apply for up to 40 sockets across their sites.

Official reference: GOV.UK Workplace Charging Scheme

For state-funded education institutions, there is a separate Workplace Charging Scheme. From 1 April 2026, eligible state-funded schools and education institutions can apply for up to £2,000 per socket, up to 40 sockets across their sites.

Official reference: GOV.UK Workplace Charging Scheme for state-funded education institutions

For Azure’s commercial and education clients, the key point is simple: grant support may help reduce upfront installation cost, but it does not remove the need for proper electrical planning.

Why Electrical Checks Should Come Before the Grant Application

Before applying for funding or choosing chargepoints, businesses should understand whether their site can support the proposed installation.

A grant may contribute towards the cost, but it does not automatically mean the building is electrically ready.

A workplace EV charging project may require:

• Electrical capacity review

• Distribution board assessment

• New circuits

• Load management

• Cable route planning

• Local isolation

• Groundworks or parking-area coordination

• Smart charging setup

• Future expansion planning

• Testing and certification

• Ongoing maintenance arrangements

If these checks happen too late, the project can become more expensive, delayed or harder to deliver.

Azure’s article on EV charging infrastructure and electrical capacity explains this wider infrastructure issue in more detail.

1. Check the Existing Electrical Capacity

The first question is whether the site has enough spare electrical capacity.

A workplace EV charging installation adds new electrical demand. That demand may be manageable for a small number of sockets, but it still needs to be assessed against the rest of the building.

Commercial sites may already be supporting:

• Lighting

• Air conditioning

• Ventilation

• Heating systems

• Kitchen equipment

• Refrigeration

• IT systems

• Control panels

• Security systems

• Existing plant

• Future solar PV or heat pump plans

Before installing EV chargers, the site should understand:

• Current maximum demand

• Existing supply capacity

• Spare capacity

• Peak operating times

• Whether EV charging will happen during working hours

• Whether load management is needed

• Whether future chargers may be added later

A site may be able to install a small number of chargers now, but if more are planned later, the design should account for that from the start.

2. Review Distribution Boards and Switchgear

Even if the incoming supply has enough capacity, the internal electrical distribution still needs to be suitable.

Facilities teams should check:

• Existing distribution board capacity

• Spare ways

• Board condition

• Protective devices

• Labelling

• Previous alterations

• Cable routes

• Main switchgear condition

• Earthing arrangements

• Access for installation and maintenance

If the distribution boards are full, poorly labelled or ageing, remedial work may be needed before EV chargers can be installed.

Azure’s electrical remedial work service can support commercial clients where defects, limitations or upgrade requirements are identified during the planning stage.

3. Think About Load Management and Smart Charging

EV charging can place a significant load on a building if multiple vehicles charge at the same time.

This is where load management becomes important.

Load management can help control how much power is used by EV chargers, especially when the rest of the building is also using electricity.

Facilities teams should ask:

• Will chargers be used mostly during working hours?

• Will vehicles charge overnight?

• Will staff, fleet vehicles or visitors use the chargers?

• Could multiple vehicles plug in at once?

• Is dynamic load management needed?

• Could charging be scheduled around lower building demand?

• Will smart charging settings be managed properly?

GOV.UK explains that smart charging is important because it allows EV charging to take place when demand for electricity is lower, and government regulations require new home or workplace chargepoints sold to have smart functionality.

Official reference: GOV.UK Electric vehicles: costs, charging and infrastructure

For businesses, smart charging is not just a technical feature. It is part of how the site avoids unnecessary strain on the electrical infrastructure.

4. Plan Cable Routes Before Work Starts

Cable routing is often one of the most practical challenges in workplace EV charging projects.

A charger may be located in a car park, yard, staff parking area or visitor space, but the electrical supply may need to come from a switch room, plant area or distribution board some distance away.

Facilities teams should review:

• Charger locations

• Distance from distribution equipment

• Internal and external cable routes

• Trenching or groundworks

• Containment requirements

• Protection from damage

• Public or staff access areas

• Fire-stopping where routes pass through compartments

• Out-of-hours working requirements

• Future expansion routes

Poor route planning can create disruption and increase installation cost.

For schools, offices, pubs, clubs and assisted living environments, cable routing must also consider how the site remains safe and operational during works.

Azure supports office and corporate sites, education settings, pubs, clubs and assisted living environments.

5. Decide Who the Chargers Are For

A workplace EV charging project should be designed around real users.

Before applying for a grant or choosing equipment, decide whether the chargers are primarily for:

• Staff

• Fleet vehicles

• Visitors

• Contractors

• School staff

• Site maintenance vehicles

• Customers

• Residents or building users

• Mixed use

The answer affects location, access control, charging speed, payment arrangements, signage, usage policy and future expansion.

For example, a school may want staff chargers in a controlled parking area. A pub or hospitality venue may want customer-facing chargers. A commercial office may need a split between tenant, visitor and fleet use.

The project should be designed around the use case, not just the grant.

6. Check Public Use Requirements Before Opening Chargers to Visitors

Some workplaces may want chargers to be used by visitors, customers or the public.

That can be valuable, but it may also create additional compliance and operational requirements.

GOV.UK provides guidance for operators of publicly accessible electric vehicle chargepoints under the Public Charge Point Regulations 2023.

Official reference: GOV.UK Public Charge Point Regulations 2023 guidance

Businesses should check:

• Will the chargers be publicly accessible?

• Will users pay to charge?

• Are payment requirements understood?

• Are reliability requirements relevant?

• Is pricing information required?

• Who will maintain the chargers?

• Who will manage faults or user complaints?

• Are public-use rules compatible with the grant route?

A charger installed only for staff or fleet use is a different project from a customer-facing public charger.

7. Make Sure the Installation Aligns With BS 7671

Workplace EV charging involves electrical installation work, so it must be designed, installed, tested and documented properly.

Azure Electrical Ltd references BS 7671 as a major standard when carrying out electrical work, alongside relevant regulations, manufacturer guidance and site-specific requirements.

Official reference: IET: BS 7671 Wiring Regulations

Azure has also written a dedicated article on BS 7671 Amendment 4 and what businesses need to know.

For facilities teams, the important point is not to know every technical detail. It is to appoint a competent contractor who understands current standards and provides suitable certification and handover records.

8. Consider Future Expansion Now

A common mistake is installing only what is needed today with no thought for tomorrow.

If EV adoption increases, a business may later need more chargepoints, higher capacity, improved load management or upgraded distribution.

Before installing the first chargers, ask:

• Could more sockets be added later?

• Is the cable route sized for future expansion?

• Is there spare capacity?

• Is load management scalable?

• Is the distribution design future-ready?

• Could solar PV or battery storage be added later?

• Will fleet electrification increase demand?

• Could the car park layout change?

Planning for expansion now can reduce future disruption.

Azure’s article on commercial solar panel readiness and electrical checks is relevant where businesses are considering solar PV alongside EV charging.

9. Think About EV Charging, Solar PV and Battery Storage Together

EV charging is often part of a wider energy strategy.

Businesses may also be considering:

• Solar PV

• Battery storage

• LED lighting

• Smart controls

• Heat pumps

• Energy monitoring

• Electrical infrastructure upgrades

• EPC improvement works

These upgrades should not be planned in isolation.

For example, solar PV may help offset daytime charging demand. Battery storage may help manage peak demand. Smart controls may reduce unnecessary energy use elsewhere in the building.

Azure’s related articles include:

• How to improve a commercial EPC rating with electrical upgrades

• LED lighting and EPC ratings

• Commercial solar panel readiness

• Commercial heat pump electrical requirements

A joined-up approach helps facilities teams avoid one upgrade creating problems for the next.

10. Keep Records After Installation

EV charging installations should leave clear documentation for the building owner, facilities team or site manager.

Useful records may include:

• Electrical certificates

• Charger model details

• Installation location records

• Distribution board information

• Cable route information

• Load management settings

• Smart charging setup

• User instructions

• Maintenance requirements

• Warranty information

• Grant documentation

• Test results

• Future expansion notes

These records matter for maintenance, audits, insurance discussions, future works and fault finding.

Azure’s article on compliance calendars for property managers explains how recurring electrical and building-services records can be organised across the year.