EV Charger Installation in Auckland

When To Call An EV Installer

When You Need an EV Charger Installer

The most common call is from someone who has just bought their first EV. The Mode 2 cable that came in the boot trips the RCD every time it tries to charge, or it works but the wall socket runs warm to the touch after a few hours. That cable is meant for emergencies, not nightly charging. A dedicated 7kW wall charger on its own circuit fixes both problems and gives you a full overnight charge from empty.

The next call is usually from a home with three-phase to the boundary. If you have got it, an 11kW or 22kW charger gets you twice or three times the range per hour, which matters if you drive a lot or run two EVs off one cable. We check what is actually wired before quoting, because three-phase to the meter does not always mean three-phase to where the charger needs to go.

Older Auckland villas and state houses are a different conversation. A 1960s 60-amp service struggles to add 32 amps of continuous EV load on top of the existing house, especially if there is already a heat pump and induction cooktop in the mix. Most of these jobs start with a load calculation and a switchboard upgrade before the charger goes in. The EECA EV charging guide covers the basics if you want to read up before we visit.

Body corporate and apartment work is its own world. Common-area chargers, individual metering, load management across multiple bays, and the body corporate approval process all need lining up before any cable goes in the ground. We have done a few of these now and can walk you through what your committee needs to sign off on.

Commercial sites cover workplace charging for staff EVs, fleet depots, retail and hospitality customer charging, and council or government installs. Most of these are multi-charger projects with load management and OCPP-compatible kit so the site can scale up later. New builds wanting EV pre-wire during first-fix are the easiest of the lot, because the cabling goes in before the gib does.

Services Under EV Charging

What an EV Charging Contractor Covers

EV Charging Station Contractor is one of the more focused GBP categories. Two main service tracks: home installs (the bulk of the work) and commercial multi-charger projects. Click through for the full home install detail, or call us for a commercial scoping conversation.

Where We Work

EV Charging Across Auckland

Remuera, Epsom, and Parnell carry some of the highest EV densities in NZ per recent registration data. Standalone homes with off-street parking and decent supply, so most installs there are clean: pick the wall, run the cable from the board, commission and sign off. Two-car garages with two EVs are getting common, which usually means a load-managed dual-charger setup so you do not pop the main breaker when both plug in at once.

Inner-city villas in Ponsonby, Grey Lynn, Herne Bay, and Devonport are slower jobs. Older mains, original switchboards, and wiring that was never designed to add a 32-amp continuous load. We almost always quote a switchboard upgrade alongside the charger in those suburbs, because trying to bolt a modern charger onto a ceramic-fuse board ends in tears.

Hobsonville Point, Albany, Long Bay, and East Auckland new-build stock is the easiest. Three-phase is often already at the meter, modern boards have headroom for an extra circuit, and the cable runs are short and clean. If your home is post-2010 build, expect a half-day install with no upgrade needed.

Coastal homes in Devonport, Takapuna, Milford, and Bucklands Beach need IP-rated outdoor enclosures and salt-resistant hardware. Stainless screws, properly rated TPS or armoured cable for any external run, and a charger model that holds up to coastal weather. We spec for the location from day one rather than charging twice in three years to replace corroded gear.

Apartments and townhouse complexes in the CBD, Newmarket, and Mt Eden are the body corporate jobs. Load study, individual metering so each owner pays their own power, OCPP networking so the body corp can manage and bill, and the committee approval process. Allow longer lead times here because the engineering is the easy part.

Commercial work spans workplace car parks (staff EV charging), retail and hospitality (customer charging as a draw), and fleet depots (high-throughput, often three-phase 22kW or DC). These are scoping conversations rather than fixed quotes, because every site is different.

About Totally Amped Electrical

Why Choose Us for EV Charger Installation

Trading since 2009, EWRB-registered on every job, and the team has worked with most of the EV charger brands sold in NZ. Wallbox, Tesla, Evnex, Zappi, EO, PDL, ABB, and Schneider all sit in our regular install list. We will recommend a model based on your supply, your driving, and your budget rather than pushing whatever has the best margin.

For high-load installs that need Vector coordination (anything pushing your service capacity, three-phase upgrades, or new metering), we have done the dance enough times to know what the lines company wants and how long it takes. We handle the application, not you.

If you want the deeper detail on home installs, the home EV charger installation page covers commissioning, smart features, and what to expect on the day. Most EV charger jobs end up needing a switchboard upgrade first, especially in older homes. New builds should request EV pre-wire during the new build wiring stage. Back to the full services list if your job covers more than one category.

What is the difference between 7kW, 11kW, and 22kW chargers?

7kW is single-phase, which is what most NZ homes have. It adds roughly 40km of range per hour of charging, so a full empty-to-full charge on a typical EV takes 6 to 8 hours overnight. 11kW and 22kW are three-phase, and only work if your home has three-phase at the meter (and ideally to where the charger is going). 11kW gives you about 60km per hour, 22kW about 120km per hour. For most owners doing 30 to 60km a day, 7kW is plenty. Three-phase makes sense for high-mileage drivers, two-EV households, or anyone who does long trips and needs a top-up before going out again.

Will my home supply handle a 7kW charger?

Sometimes yes, sometimes no. It depends on your existing service capacity, what else is drawing load (heat pump, induction cooktop, hot water, oven), and what your switchboard looks like. Modern post-2010 homes with a 60-amp or 100-amp service usually cope without an upgrade. Older homes with original supplies, ceramic fuses, or already-loaded boards almost always need a switchboard upgrade and sometimes a service upgrade with Vector before the charger goes in. We do a load calculation at the site visit and tell you straight up what is needed.

Do I need council consent for a home EV charger?

For a standard home install, no. The work is covered by the Certificate of Compliance (CoC) we issue when the job is signed off, which is the standard documentation for prescribed electrical work in NZ. If your install also needs a service capacity upgrade with Vector (new mains from the street, new metering), there is a separate Vector application but still no council consent. Commercial installs and apartment-block jobs sometimes need building consent for cable trays, structural penetrations, or fire-rated separations, but that is the exception not the rule.

Can I charge off my solar?

Yes. Most modern smart chargers (Zappi, Evnex E2 Plus, Wallbox Pulsar Plus, EO Mini Pro) have a solar coupling mode that diverts surplus solar generation into the EV instead of exporting it back to the grid at low buy-back rates. You need a CT clamp on your incoming mains so the charger knows how much surplus is available, and the charger needs to be on the same supply as the inverter. We commission solar coupling as part of the install if you have the kit.

What about commercial, fleet, or workplace chargers?

Yes, we do all three. Workplace charging for staff EVs is usually 7kW per bay, networked so the employer can track usage. Fleet depots are typically 22kW three-phase per bay or DC fast chargers if turnaround time matters. Body corporate retrofits are individual-metered with OCPP networking so each owner pays their own power. Most commercial jobs use load management so the total site demand stays within the supply, even when every bay is in use. Call us for a scoping visit and we will walk through what your site can support.