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Get Your Electrical Vehicle ( EV ) Charging Station Installed

Requirements for EV Charger Installation

Each charger ‘should’ have its own socket outlet and be on its own circuit.

As many consumer incoming mains are in the 35A to 50A range, even one added 16A charging socket-outlet can cause an overload. So, when an EV charging point is added, the electrician should do a maximum demand assessment. This can mean a consumer mains upgrade.

It may also go further, requiring upgrading of the distributor lead-in from the street, especially if there is more than one EV and they are on separate socket outlets, as in AS/NZS 3000 Appendix P. Switchboard upgrading or replacement may result, and additional AS/NZS 3000 requirements may apply.

EV Charger Installation Requirements - Reeves Electrical
Ev Charging near me

EV Charging Residential Installations

For residential installations with PV there may be some benefit when charging an EV. However, as most cars used for travel to work or used at work will be away during the day, this may not be a solution unless a battery system is installed.

These issues may be exacerbated for those living beyond a city or large town, where the poles and wires may be able to carry only small loads. In such cases, other solutions – including batteries – may have to be considered.

Some retailers may off er tariff reductions, but this can require an extra meter, changing to a smart meter, extra switching or extra meter panel space.

Again it could mean a total switchboard replacement, and other AS/NZS 3000 requirements – such as more residual current devices (RCDs) – may apply.

Also, it is important to note that every point in the charging, discharging and inverter system circuits will involve losses of around 10% at each step and where this involves metered power, these losses will automatically be included in the home occupier’s electricity bill.

All of this offers great opportunities for electrical contractors keen to get involved and become known as EV specialists including;

  • installation of socket-outlets and/ or chargers for every residentially-homed EV
  • possible upgrading of consumer mains and power supply in-feeds from the street; and,
  • possible upgrading or replacement of switchboards, meter panels and RCDs.
Benefits of electrical vehicles

Electric vehicles work at least partly on power. Unlike regular cars that utilize gas or diesel-powered motor, electric vehicles and wagons use an electrical engine powered by energy or a fuel container.

Not all electric cars run in the same way. “Plug-in hybrids” allow both a gas or diesel motor and an electrical engine: the engine is operated by a cell that the consumer can renew by plugging in. Other; electric vehicles utilize liquid fuels solely, running completely on power. These kinds of vehicles are called battery-electric vehicles. Still, others power an electronic engine by transforming hydrogen gasoline into energy known as hydrogen fuel cell vehicles. Finally, current hybrid vehicles also have an electric engine but aren’t counted as electric vehicles as they can’t be plugged in.

What Is The Future Of Electric Vehicles?

Car manufacturers have been manufacturing regular vehicle models for over centuries, but mass generation on electric vehicles as we now know them didn’t rise until the ’90s. There just aren’t as many electric designs possible with fewer records as there are gas-powered.

There are lots of benefits to purchasing an electric vehicle, particularly if the environment’s well-being is essential to the consumer. However, make sure you don’t avoid the grounds if you do purchase one.

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