EVlink Parking (wall mounted with 2 x socket - 7.4kW)


EVlink Parking (wall mounted with 2 x socket - 7.4kW)

Regular price $5,755.00 excluding GST

0 in stock

EVlink Parking (wall mounted) - 7.4kW - 2 x T2 sockets with shutters

Range  EVlink
Product Name  EVlink Parking
Product Type Charging Station
Mounting Mode Floor Standing
Rated Supply Voltage

230 V AC 50/60Hz power circuit

220...240 V AC 50/60Hz control circuit

Max Power

7kW for T2 with shutter

Access Control System

2 red push-button, function: stop 

2 green illuminated push-button, function: start/unlock flap

Socket-outlet  2
Output Type  T2 with shutter socket-outlet either side
Communication Port Protocol OCPP 1.6

The running costs of battery electric vehicles (BEV) are considerably less than petrol/diesel cars. Maintenance costs are low due to the fact that electric vehicle motors have few moving parts.

The future is looking green. The electrification of transport is one way in which we can help address the issues of climate change. Electric vehicles emit 80% less CO2 than an equivalent petrol vehicle when being driven in New Zealand because electricity generated here is typically at least 80% renewable (the main sources being hydro, geothermal and wind).

Battery vehicles emit 60% fewer climate change emissions over their full life cycle than petrol vehicles, even when you take into account raw material extraction, battery manufacture, vehicle manufacture and shipping. 

Why choose us?

Reason One

We provide superior value with our tailored charging solutions, providing differentiation to our customers through our products and services.

Reason Two

We see the world through the eyes of our customers, helping you make informed choices that will have a positive long lasting impact.

100% NZ Owned & Operated

Our company is 100% New Zealand owned and we see this as a real point of difference. We are a Kiwi Company just like all of our customers.

EV Charging Fundamentals


The are two different types of charging in electric vehicles. They're known as alternating current (AC) and direct current (DC) power.

Read more