How Much Does It Cost to Install EV Chargers in a Commercial Car Park?

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Quick Answer

A wall mounted Level 2 AC charger in a commercial car park typically costs around $6,000 fully installed, covering the charger and installation. Single-port public AC hardware alone ranges from $1,950 to $3,000, with installation usually making up 60 to 80 percent of the total cost. DC fast chargers cost considerably more, with hardware priced between $40,000 and $100,000 per station, plus installation costs of $15,000 to $60,000 depending on the site’s electrical supply. These figures reflect evse.nz’s published 2026 commercial charging cost guide.

  • Wall mounted AC car park charger: around $6,000 fully installed
  • Single-port public AC hardware: $1,950 to $3,000, before installation
  • Curbside or pedestal AC charger: higher cost than wall mounted, due to trenching
  • DC fast charger, hardware only: $40,000 to $100,000 per station
  • DC fast charger, installation only: $15,000 to $60,000, depending on site requirements

Cost Breakdown by Charger Type 

Charger Type Hardware Cost (Per Port) Typical Total Installed Cost
Level 2 AC, wall mounted car park or garage Included in total Around $6,000, charger and wiring wall mounted
Level 2 AC, single-port public unit $1,950 to $3,000 Varies with distance to the breaker box and mounting type
Level 2 AC, curbside or pedestal mounted $1,950 to $3,000 Higher than wall mounted, due to trenching or directional boring
DC fast charger $40,000 to $100,000 Installation adds a further $15,000 to $60,000

Figures are drawn from evse.nz’s current commercial charging cost guide and vary by site condition and installation complexity.

What Drives the Total Cost 

Commercial car park charging costs are shaped by several site-specific factors rather than a single fixed price. 

Factor Impact on Cost Detail
Distance to breaker box Major factor for AC installs Typical runs are 15m to 30m; runs beyond 40m are usually more costly.
Mounting type Wall mounted is cheapest Curbside and pedestal mounts cost more due to trenching or directional boring.
Connectivity requirements Adds to total cost Ethernet or 4G connectivity for management and billing adds hardware and setup cost.
Charger type AC vs DC changes the cost structure For AC chargers, installation is the larger share of total cost. For DC chargers, hardware may be the larger share.
Electrical supply capacity Major factor for DC installs DC fast charging may need a transformer and/or supply upgrade, which raises both cost and installation time.

AC Chargers: Installation Is the Main Cost

For Level 2 AC chargers, the hardware itself is not the largest expense. Installation typically accounts for 60 to 80 percent of the total cost, driven mainly by the distance between the charger location and the breaker box. A typical cable run falls between 15 metres and 30 metres. Runs longer than 40 metres are usually too costly to justify, and the charger location or breaker box position needs to be reconsidered instead.

  • Car park and garage installations, with wall mounted chargers, are the most economical AC option.
  • Kerbside and pedestal mounted stations cost more, since they generally require trenching or directional boring to run conduit and wiring.
  • Adding Ethernet or 4G connectivity for management and billing purposes increases the total further.

DC Fast Chargers: Hardware Is often the Main Cost

The cost structure flips for DC fast charging. Hardware is the larger expense, with a single station priced between $40,000 and $100,000 depending on power output and brand. Installation adds a further $15,000 to $60,000, driven by the frequent need for a transformer, an electrical supply upgrade, permitting, and additional licensed labour time.

Reducing the Cost of a Commercial Installation

  • Position chargers close to the existing breaker box, since cable run distance is the biggest driver of AC installation cost.
  • Choose wall mounted chargers over kerbside or pedestal units where the car park layout allows it.
  • Confirm electrical supply capacity before selecting a DC charger, so transformer or upgrade costs are known before committing to a site plan.
  • Request a feasibility assessment before purchasing hardware, so the site’s practical limitations are identified early.

Getting an Accurate Quote

General cost ranges are useful for early budgeting, but an accurate figure depends on the specific site, the number of ports, and the existing electrical supply. evse.nz provides a commercial charging quote process that accounts for these site-specific factors before a final price is confirmed.

Frequently Asked Questions

How much does it cost to install an EV charger in a commercial car park?

A wall mounted Level 2 AC charger in a car park or garage typically costs around $6,000 fully installed. Kerbside or pedestal mounted units cost more due to additional trenching work.

Why is installation the biggest cost for AC chargers but not for DC chargers?

AC charger hardware is relatively inexpensive compared with the labour needed to run cabling to the breaker box, so installation makes up 60 to 80 percent of the total cost. DC chargers have expensive hardware, so the equipment itself becomes the larger share of the total, even though installation is also costly.

What is the most expensive part of installing a DC fast charger?

Hardware is usually the largest single cost, ranging from $40,000 to $100,000 per station. Installation can still add a further $15,000 to $60,000, particularly where a transformer or electrical supply upgrade is required.

Does the distance from the charger to the breaker box affect the price?

Yes. Distance to the breaker box is usually the most critical factor in AC installation cost. Typical runs fall between 15 metres and 30 metres, and runs beyond 40 metres are usually too expensive to justify without changing the charger’s location.

Can businesses get an exact price before committing to a commercial installation?

Yes. A site-specific quote through evse.nz’s commercial charging quote process accounts for electrical supply, distance to the breaker box, and the number of chargers required before confirming a final cost.

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