EV Charging for Care Homes and Healthcare Facilities in Manchester
Care homes, GP surgeries, dental practices, pharmacies and community health centres across Greater Manchester are facing a common question: where do staff, visitors and fleet vehicles charge? The 2030 ban on new petrol and diesel car sales is four years away, and many healthcare workers have already switched to electric vehicles. Care home staff working shifts, community nurses driving between appointments, and GPs commuting from across the region all need somewhere to charge — and the workplace car park is the obvious answer.
This guide covers the practical, electrical and compliance considerations for installing EV charging at healthcare and care settings in Manchester.
Why Healthcare Settings Need EV Charging Now
Staff Retention and Recruitment
Care homes and healthcare services across Greater Manchester are competing for staff. Offering free or subsidised workplace charging is a tangible benefit that costs relatively little but carries real value for employees. A member of staff charging at work instead of at home saves £30 to £60 per month on electricity — the equivalent of a meaningful pay supplement.
Fleet Transition
Many care providers operate small fleets: pool cars for community visits, minibuses for resident outings, delivery vehicles for pharmacy services. As lease agreements expire, the replacement vehicles are increasingly electric. The fleet needs charging infrastructure at the base.
Visitor and Family Charging
Families visiting care home residents may travel significant distances. Offering visitor EV charging is a service improvement that reflects well on the facility. Even two charging points in the visitor car park can make a meaningful difference to families who drive 30 to 50 miles each way.
CQC and Regulatory Context
The Care Quality Commission (CQC) does not currently mandate EV charging, but its assessment of the "well-led" domain increasingly considers environmental sustainability. Demonstrating a plan for decarbonisation, including fleet and transport infrastructure, contributes positively to regulatory assessments.
For NHS properties, the NHS Net Zero commitment requires the health service to reach net zero for directly controlled emissions by 2040 and for the broader NHS Carbon Footprint Plus by 2045. EV charging infrastructure is a core component of every NHS trust's Green Plan.
Charger Types for Healthcare Settings
Staff Car Parks: 7 kW AC Chargers
Staff working eight-hour shifts or longer are the ideal use case for 7 kW destination charging. A single 7 kW charger adds 50 to 55 miles of range over an eight-hour shift — more than enough for most daily commutes.
- Cost per charger installed: £800 to £1,500
- Typical deployment: 4 to 10 chargers for a medium care home or GP surgery
- Electrical requirement: Single-phase, dedicated radial circuit per charger
- Smart features: App-based access control, usage reporting, scheduled charging to avoid peak tariff periods
Fleet Vehicles: 7 kW or 22 kW AC Chargers
Fleet vehicles parked overnight at the depot or care home charge most efficiently on 7 kW chargers. If vehicles return during the day and need a faster top-up between rounds, 22 kW chargers provide three times the charge rate.
- 7 kW for overnight fleet charging: Ideal for vehicles parked 8+ hours
- 22 kW for daytime rapid top-up: Suitable for vehicles returning between community rounds
- Cost per charger installed: £800 to £3,000 depending on power rating
Visitor Car Parks: 7 kW AC Chargers with Payment
Visitor chargers should be accessible without registration where possible. Contactless payment chargers allow visitors to start a session without downloading an app. For free visitor charging, a simple untethered Type 2 socket is the cheapest option.
Electrical Considerations for Healthcare Buildings
Existing Supply Capacity
Many care homes and healthcare buildings in Manchester have electrical supplies that are already heavily loaded. Commercial kitchens, laundry equipment, heating systems, medical equipment and lighting all draw significant power. Adding EV chargers without assessing available capacity risks overloading the supply.
Before installation, your electrician should:
1. Assess the existing maximum demand by reviewing meter data or conducting a demand survey 2. Calculate the additional load from the proposed EV chargers 3. Determine whether the existing supply can accommodate the load or whether an upgrade is needed 4. Consider load management as an alternative to a supply upgrade
Load Management to Avoid Supply Upgrades
Dynamic load management (also called smart charging or load balancing) monitors the building's total electrical demand in real time and adjusts EV charger output to stay within the available supply capacity. When the kitchen is running at full load, the chargers reduce their output. When demand drops, the chargers increase output.
This approach can often allow 6 to 10 chargers to share a supply that could otherwise only support 2 to 3 chargers at full power. The cost of a load management system (£500 to £1,500) is a fraction of the cost of a supply upgrade from Electricity North West (£3,000 to £15,000+).
Three-Phase Supply
Larger care homes and healthcare buildings often have three-phase electrical supplies, which makes EV charger installation more straightforward. Three-phase supplies can support multiple 7 kW chargers across the three phases (balanced loading) or 22 kW chargers that use all three phases.
Smaller GP surgeries, dental practices and pharmacies typically have single-phase supplies. Multiple chargers on a single-phase supply will need load management or a supply upgrade.
Medical Equipment Considerations
EV chargers should not share circuits with medical equipment. The charger circuits should be fed from a separate section of the distribution board with independent RCD protection. This prevents a charger fault from affecting any medical or life-safety equipment.
For buildings with uninterruptible power supplies (UPS) or standby generators, the EV charger circuits should be excluded from the backed-up supply to prevent the generators from being overloaded.
Installation Planning for Care Homes
Location and Access
- Staff chargers: Locate in the staff car park, as close to the main distribution board as practical to reduce cable run costs
- Fleet chargers: Locate near the fleet vehicle parking area, with overnight access and security lighting
- Visitor chargers: Locate in the visitor car park near the main entrance, with clear signage
- Accessibility: At least one charging bay should be accessible (wider bay, level surface, charger controls at accessible height) to comply with BS 8300 and the Equality Act 2010
Fire Safety
EV charging does not introduce significant additional fire risk when installed correctly. However, for care homes — which house vulnerable residents — fire safety is paramount:
- Position chargers away from building entrances and fire escape routes
- Ensure charging bays do not block fire assembly points
- Review and update your fire risk assessment to include the EV charging installation
- Confirm that the charger's electrical protection (RCD, MCB) is correctly rated and tested
Security
Chargers in unattended car parks need protection against vandalism and cable theft. Options include:
- RFID or app-based access control (chargers only activate for authorised users)
- CCTV coverage of the charging area
- Chargers mounted on walls or bollards rather than free-standing posts (harder to tamper with)
Costs for Healthcare Settings
Small GP Surgery or Dental Practice (2-4 Chargers)
| Item | Cost | |------|------| | 2-4 x 7 kW chargers (supply and install) | £1,600 to £6,000 | | Load management system | £500 to £1,000 | | Groundworks (if trenching needed) | £500 to £2,000 | | Signage and bay markings | £200 to £400 | | Total | £2,800 to £9,400 |
Medium Care Home (6-10 Chargers)
| Item | Cost | |------|------| | 6-10 x 7 kW chargers (supply and install) | £4,800 to £15,000 | | Load management system | £800 to £1,500 | | Supply upgrade (if required) | £0 to £5,000 | | Groundworks | £1,000 to £4,000 | | Signage, bay markings and bollards | £500 to £1,000 | | Total | £7,100 to £26,500 |
Large Healthcare Facility (10-20+ Chargers)
| Item | Cost | |------|------| | 10-20 x 7 kW chargers (supply and install) | £8,000 to £30,000 | | Load management system | £1,000 to £2,000 | | Supply upgrade or new sub-main | £2,000 to £10,000 | | Groundworks and civil works | £2,000 to £8,000 | | Signage, bay markings, bollards and CCTV | £1,000 to £3,000 | | Total | £14,000 to £53,000 |
Grants and Funding
- Workplace Charging Scheme (WCS): Up to £350 per socket, maximum 40 sockets per applicant. Care homes, GP surgeries and healthcare facilities all qualify.
- LEVI Fund: Local authority-administered funding that may cover additional costs in some Greater Manchester boroughs
- NHS Capital Funding: NHS-owned properties may access trust capital budgets or NHS England sustainability funding
CQC and Compliance Documentation
Keep the following documentation for CQC inspections and insurance purposes:
- Electrical Installation Certificate (EIC) for the charger installation
- EICR covering the charger circuits (included in the next building-wide EICR)
- IET Code of Practice compliance declaration from the installer
- NICEIC or NAPIT certification for the installing contractor
- Fire risk assessment update
- Load management system commissioning report
- Annual service and inspection records
Get Started
Manchester Compliance installs EV charging for care homes, GP surgeries, dental practices, pharmacies and healthcare facilities across Greater Manchester. We understand the operational constraints of healthcare settings — we schedule around shift patterns, avoid disruption to residents and patients, and handle all electrical assessments and DNO applications.
Call 0161 706 0946 for a free site survey, or email hello@manchestercompliance.co.uk.
Related guides: