Residential EV Chargers
Commercial EV Chargers
DC Chargers
With electric vehicles (EVs) becoming increasingly popular, more and more drivers are trading in gas-guzzlers for clean, efficient electric rides. But just as having an EV is revolutionary, one important upgrade can improve your experience even further: a home EV charger. Curious as to why you should invest in one? Let’s summarise.
Imagine waking up every morning to a fully charged vehicle, ready to go. That’s the power of home charging. No more detours to public charging stations or waiting in line. Plug in overnight and you’re set for the day. It’s like having a gas station in your garage, but cleaner, cheaper, and always available.
Public Level 2 chargers are good (7kW or 22kW), but having one installed in your home provides the same advantage without having to leave your driveway. Home EV chargers and Software, particularly Level 2 chargers, can fill your car up to 10 times quicker than a standard wall outlet (~8Amps). That’s less time idling and more time cruising.
Charging at home can lower your costs to power your vehicle substantially. Most power companies have special lower electricity rates for off-peak usage, so you can charge your EV in the evening and save even more. Compare that to volatile gas prices and public charging fees, it’s a no-brainer.
As EVs become more mainstream, homes equipped with EV chargers are becoming increasingly attractive to buyers. Installing a home charger not only serves your needs today but could boost your property’s resale value in the future. It’s a smart investment that pays off in more ways than one.
Home EV charging is in your hands – literally. You get to decide when to charge, how much to charge, and what type of charger to install. And, with many newer chargers, there are even smartphone apps to get real-time feedback and scheduling controls at your fingertips.
Having an EV is a step in the right direction toward sustainability, but installing a home EV charger brings it to the next level. From convenience and cost savings to flexibility and future-proofing your home, the advantages are too compelling to overlook. For EV owners who want to get the most out of their car, a home charger isn’t nice to have, it’s a necessity.
For further information please feel free to visit our website or our youtube channel, which contain further educational resources.
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With the growth of electric vehicles (EVs), homeowners are now more inclined to install trusted EV chargers in their homes. This change is an excellent opportunity for electricians to branch out and satisfy the growing demand. If you’re considering starting this business, this guide is the step-by-step process for starting home EV charger installation.
Prior to installing EV chargers, it is important to know the various types available:
Electricians must be fully licensed and qualified to meet all Australia Safety Standards and Requirements. Electricians need to do their due diligence in referencing manuals and installation guides specific to each charger before installation, also being aware of local electrical codes to provide safety and compliance.
Every region has its own electrical codes for EV charger installations. Check local government and utility company regulations to meet safety and zoning requirements.
The proper Ocular EV Charger model must be selected. Consider the following:
Check the electrical panel of the home to see if it supports the selected charger requirements mentioned above. Make sure the location of the charger is in a location where it is easy to access and utilise.
After installation, train homeowners on charger usage, safety protocols, and cost-saving strategies such as off-peak charging.
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AC charging utilises the on-board AC to DC power converter that is connected to your EV battery to charge your car. AC EV chargers require an adapter connection to a distribution board to charge your car
DC Charging performs AC to DC power conversion outside of the EV.
All EVs are capable of charging with both single-phase chargers and three-phase chargers, but only select EV models can utilise the full capacity of a 3-phase charger EV charger:
Advantages of AC EV Charging:
Single-Phase AC EV Charging:
Three-Phase EV Charging:
With the increasing number of EVs on Australia’s roads, the number of EV chargers in Australia will only increase and diversify in the coming years to satisfy our evolving electrical infrastructure and consumer needs.
Smart charging features include:
The Open Charge Point Protocol (OCPP) is a communication standard for EV charging stations and network software companies, allowing end-users and operators to access smart features on their EV charger through a user-friendly interface on a phone app or website.
Type-1 leads have a 5-pin design and is commonly used in Asian and American markets. Type-1 cables are available for single-phase AC EV charging units only.
Type-2 leads have a 7-pin design and is the standard lead type in Europe and are fast becoming. Newer EV Models and chargers are standardised to utilise type-2 leads. Type-2 charging leads are available for single-phase and three-phase AC EV charging units.
For DC fast charging, the charging socket of the cable connects directly to the EV battery.
CHAdeMO and CCS2 cables are the standard socket types when it comes to DC EV charging.
Rebates are dependent on state legislation regarding EV charger and EV charging accessory installation and operation. Please refer to the link here for more details regarding state specific EV charger funding and rebates.
If you are considering installing an EV charger for home, public, fleet, or heavy commercial, you will find the right charger in our range of AC and DC EV chargers. You can speak to us or look through our website for more information.
