Charging Cost

The electricity cost to run the vehicle.

Adjust to cents per kWh (default 25 cents).

{model}

{dollar}
per 100 km

Charging cost is calculated by multiplying the WLTP consumption figure by your electricity unit cost.

It accounts for recharged energy from the mains.

See the complete cost calculator

Safety

Safety ratings (from Waka Kotahi NZ Transport Agency)

Economy

Electrical energy consumed from the battery over a given distance.

Economy

{model}

{wh}
kWh/100 km

Economy

{model}

{km}
km/kWh

Energy consumption is displayed on the dashboard and is re-calculated as you drive. It is different to the WLTP-rated consumption (which measures power from the mains).

This number is estimated by comparing the usable battery capacity against the WLTP range.

See more about WLTP range and efficiency

WLTP Consumption

How much electricity the vehicle consumes per kilometre of travel - including charging losses

WLTP measures recharged electric energy from the mains which allows comparison of running costs.

See more about WLTP range and efficiency

Highway Range

An estimate of how far the vehicle will travel on a single charge, when driving only on open road (100 km/h).

WLTP range, however, tends to match mostly urban travel (under 80 km/h).

See more about WLTP range and efficiency

Real Range Estimate

How far the vehicle will travel on a single charge, accounting for local driving conditions.

Adjust for the portion of urban/city driving vs highway (100 km/h) that you typically do.

Consumption ⚡️

How much electrical energy does the vehicle use while driving?

Often displayed on the dashboard, this is different to WLTP consumption - where charging losses are included (helpful in comparing running costs).

Higher speeds increase energy consumption (due to aerodynamic drag and reduced opportunity for electricity regeneration).

Vehicle-to-Load (V2L) ⚡️

V2L allows electricity to flow from the battery to power appliances.

Some vehicles have interior NZ sockets, while others require an adapter be plugged into the Type 2 exterior charging socket.

Tow Capacity

Unbraked (kg) / Braked (kg)

Most EVs can have towbars fitted for carrying bikes (but not for towing loads).

Towing a load will significantly decrease range (typically by 50%).

See all EVs ranked by tow capacity.

Boot Space 🧳

Seats up (Litres) / Seats down (Litres)

The volume of space available.

Frunk

Volume (Litres)

The American term "front trunk" indicates how much storage space is available under the bonnet of the car.

Battery Capacity 🔋

Total (Gross) kWh / Usable (Net) kWh

Usable battery capacity is the number of kilowatt-hours that the vehicle can access.

Complete guide to EV batteries.

Battery Type 🔋

Lithium-ion batteries have several different cathode materials. Each material has tradeoffs between energy density, safety, cost, and longevity.

LFP - Longer life, but less energy dense.

NMC - More energy dense, but more expensive.

Which EVs have LFP?.

AC Charge

The maximum charging rate the EV can support at home or public AC charging.

An EV has a built-in charger that converts household AC electricity into DC current that goes into the battery.

This limits the maximum speed you can charge at home - no matter what extra equipment you install. Single-phase power supports up to 7.4 kW - if the EV can take more than this, three-phase power must be available at the property.

Fast Charge ⚡

The maximum charging rate the EV can support at a DC fast charger.

Charging power also is limited by the capacity of the charging station.

In NZ, fast chargers are typically 25 kW, 50 kW, 100 kW, 175 kW, and 300 kW.

Cold temperatures and the vehicle's charging curve also dictate peak speed (i.e. a warm battery at a lower state-of-charge will charge quicker).

  1. EVs
  2. Mini
  3. Electric

Mini Electric

mini electric
OverviewPrevious modelsReviewSales chart

While initially called the MINI Hatch or MINI Cooper SE, the branding was simplified to MINI Electric, as an all-new Mini Cooper was set to release in late 2023.

These model(s) are only available secondhand.

Mini Electric

2020-2023
mini electric

The electric Mini has had slow but steady sales since introduced in 2020. The small hatchback has a shorter range compared to other EV hatchbacks (note that Mini claims a 233 km range – but this is only possible if you are driving on 50 km/h roads.

Price

Used Price (est.)$29,000+

Performance

0-100 km/h7.3 s
Top Speed150 km/h
Total Power135 kW
DriveFront Wheel Drive

Range & Efficiency

WLTP Consumption measures recharged electric energy from the mains (includes charging losses).
WLTP Range203 km
Highway Range155 km
WLTP Consumption176 Wh/km
Charging Cost $4.40/100 km

Battery & Charging

Battery32.6 kWh / 28.9 kWh
TypeNMC
Vehicle-to-Load-
AC charge power11 kW
DC charge power49 kW

Safety

Based on 2023 VSRR rating

Dimensions

ShapeSmall Hatchback
Seats4
Tow Rating- / -
Boot Space211 L / 731 L
Frunk-
Length3850 mm
Width1727 mm
Height1432 mm
Ground clearance128 mm
Kerb Weight1440 kg
×
EVDB has no affiliation with video producer, advertisers, or youtube. Pricing on videos may be out-of-date.
All Time
14
Last 12 months
29

The Mini Electric is the 14th best selling new fully electric vehicle (of all time) - in New Zealand.

Over the past 12 months, the Mini Electric was the 29th best selling new EV.

See all EVs ranked in New Zealand.

How many Mini Electrics have been sold in NZ?

There have been 827 Mini Electrics registered in NZ to date. These were all registered as new.

How many sold per month and year

Mini Electric registrations per month and year, (NZ new and used imports combined).

How many of each submodel is there?

How many units of each major model variation (NZ new only) have been registered to date.

Note: this is raw data from the vehicle register, and may contain errors.

SubmodelUnits
COOPER SE 135KW/EV823
COOPER SE 33KWH/EV4
Back to Top ↑

Subscribe

Market insights, new EVs, owner guidance, delivered monthly to your inbox.

Subscribe