Can Any Electrician Install an EV Charger? (Certifications, Part P & Regulations)

If you are planning to install a home electric vehicle charging point, you might wonder if you can simply ring up your trusted local general electrician to wire it in. After all, a standard wallbox runs on electricity, mounts to a wall, and hooks up to your consumer unit. How different can it really be from adding a new cooker circuit or an outdoor socket?

The short answer is: No, not just any electrician can—or should—install an EV charger.

While a qualified general electrician understands household circuits, EV charging is one of the highest continuous electrical loads a domestic property can experience. As a result, UK wiring regulations, building codes, and safety bodies impose stringent qualifications and legal sign-off procedures.

Here is what you need to know about the certifications, legal regulations, and administrative sign-offs required to get an EV charger installed safely and legally.

Why EV Chargers Aren’t “Standard” Electrical Work

A 7.4 kW home charger pulls 32 amps continuously for 6 to 10 hours at a time.

By contrast, high-draw appliances like electric showers or kettles draw heavy current for only 5 to 15 minutes before switching off. Running a continuous 32-amp draw through an older domestic electrical system creates extreme thermal stress on cables, terminals, and supply fuses.

Furthermore, charging an EV introduces unique electrical risks:

1. Direct Current (DC) Fault Leakage: Car batteries store DC electricity. If a component inside the car’s inverter or onboard charger fails, smooth DC fault current can blind a household’s standard AC residual current devices (RCDs), rendering safety trips useless.
2. Open PEN Conductor Risks (Earthing): Most UK homes use PME (Protective Multiple Earthing) systems. If the neutral conductor breaks in the street supply, the metal chassis of your vehicle could become live at 230 volts. Specialised earthing arrangements or built-in PEN fault detection devices are mandatory to protect against lethal touch voltages.
3. Grid Constraints: A single charger can consume roughly a third to a half of an entire property’s incoming electrical capacity.

Because of these specialised technical challenges, installers must hold specific qualifications to design, fit, and test chargepoint circuits.

1. The Legal Core: Part P of the Building Regulations

In England and Wales, electrical safety in domestic properties is legally governed by Part P of the Building Regulations.

Installing a dedicated high-load circuit to an exterior wall or detached garage is classified as notifiable work. That means the work must be officially signed off and certified with your Local Authority Building Control.

An installer can handle this legally via two routes:

• The Competent Person Scheme (The Standard Route):An electrician registered with a government-approved scheme—such as NICEIC, NAPIT, or ELECSA—is legally authorised to self-certify their work under Part P. They log the job with their scheme provider, who then issues your official Building Regulations Compliance Certificate directly to your local council.
• Building Control Notification (The Costly Route): If an electrician is not registered under a Competent Person Scheme, you must inform Local Authority Building Control before work starts, pay an inspection fee (often £250 to £400), and wait for a council inspector to test the install.

Hiring an unregistered electrician who skips Part P notification leaves you without compliance paperwork, which can delay or complicate selling your home down the road.

2. Dedicated EV Qualifications (C&G 2921 / 2919)

Being a “time-served” electrician is not the same as being an EV specialist. Under the Electrotechnical Assessment Specification (EAS), professional bodies require formal credentials specifically for chargepoint installations.

Look for an installer who holds a recognised vocational qualification, such as:

• City & Guilds 2921-34 (Design and Installation of Domestic and Small Commercial EV Charging Installations) or the older 2919-01
• LCL Awards Level 3 Award in the Installation and Commissioning of Electric Vehicle Charging Equipment
• EAL Level 3 Award in the Requirements for the Installation of Electric Vehicle Charging Points

These courses train electricians on BS 7671 Section 722 (the strict wiring regulation section dedicated solely to Electric Vehicle Charging Installations), proper cable sizing, thermal dissipation, PEN fault disconnection devices, and surge protection protocols.

3. The Mandatory Paperwork: What You Must Receive

A cowboy or well-meaning amateur will wire up the box, watch the LED turn green, take your payment, and leave. A certified EV installer, however, must provide you with a full paper trail:

A. Electrical Installation Certificate (EIC)

This is not an invoice; it is a multi-page legal document confirming that the new circuit meets BS 7671 safety standards. It details live test readings, earth loop impedance values, RCD trip times, and circuit insulation resistance.

B. Building Regulations Compliance Certificate

Issued within 30 days of installation via the installer’s scheme (NICEIC, NAPIT, etc.) confirming Part P compliance.

C. DNO Notification Confirmation

Your regional Distribution Network Operator (DNO)—such as UK Power Networks, National Grid Electricity Distribution, or SP Energy Networks—owns the cables in the road and your main cut-out fuse.

Installers must notify the DNO about the extra 32-amp load via the Energy Networks Association (ENA) portal under either Connect & Notify (for standard domestic setups) or Apply to Connect (if your incoming supply fuse is rated at 60A or sharing a looped supply). A compliant installer handles this filing for you and provides the application reference.

D. Smart Regulations Compliance Statement

Under the Electric Vehicles (Smart Charge Points) Regulations, all domestic units sold and installed in the UK must feature smart functionality—including data encryption, default off-peak charging schedules, and randomised delay features.Your installer must provide a signed Statement of Compliance confirming the hardware meets these requirements.

4. OZEV Authorisation: Do You Need It?

You will often see installers advertise themselves as OZEV-approved (Office for Zero Emission Vehicles).

• If you are claiming a government grant:You must use an OZEV-authorised installer.If you live in a rented property, own a flat, or run a small business utilizing the Workplace Charging Scheme (WCS), only an OZEV-approved installer can apply for the grant on your behalf.
• If you are a standard homeowner paying out of pocket:The installer does not strictly have to be OZEV-authorised, but they must still be Part P registered and qualified to BS 7671 Section 722 standards.That said, OZEV approval remains a solid indicator of an installer who installs chargepoints regularly rather than as an occasional side job.

Summary Checklist: What to Ask Before Hiring

Before accepting a quote, protect your investment, car, and home by asking three direct questions:

1. “Which Competent Person Scheme are you registered with (e.g., NICEIC or NAPIT)?”
   Ensures they can self-certify Part P without council fees.
2. “Do you hold a dedicated EV qualification (such as C&G 2921 or 2919)?”
   Confirms they understand PEN fault safety, DC leakage, and load balancing.
3. “Will you provide an Electrical Installation Certificate (EIC) and handle the DNO notification?”
   Guarantees you receive your legal paperwork and network approval.

Never cut corners with uncertified tradespeople. An EV charger is a high-power industrial appliance mounted to your home. Use our directory to find accredited, verified EV installers in your area and ensure your home setup is completely safe, certified, and compliant.