Hobart's Experts in Electric Vehicle (EV) Charging

Frequently Asked Questions

How do I know what type of EV charger is right for me?
This depends on your driving habits. For daily commutes and home use, a Level 1 or 2 charger will suffice. If you frequently travel long distances, you might benefit from access to Level 3 or 4 DC fast chargers for quicker recharges.

Will charging my EV increase my electricity bill?
Yes, charging your EV will increase your electricity usage. However, compared to traditional fuel costs, charging an electric vehicle is generally much more economical, especially if you use off-peak electricity or solar power.

How much does it cost to charge an electric vehicle?
The cost varies based on your location, energy provider, and charging setup. Charging at home is generally cheaper, especially if done during off-peak hours. Public charging stations may have varying fees depending on the speed and location. On average, home charging is significantly less expensive than fueling a gas-powered car.

Do I need special equipment to charge my EV at home?
If you're using a Level 1 charger, no special equipment is needed beyond a standard 240V outlet. For faster Level 2 charging, you will need a professionally installed charging station connected to a dedicated circuit.

How long will an EV charger last?
With proper maintenance, most EV chargers can last 10 years or more. It's important to regularly check the charger for wear and tear and ensure it remains compliant with any updates in local safety regulations.

Can EV chargers be shared between multiple vehicles?
Yes, EV chargers can be shared, but it's important to manage usage to ensure charging availability. Some systems allow multiple vehicles to charge sequentially or feature smart scheduling to avoid conflicts, especially in shared residential or commercial spaces.

What is 'bi-directional charging'?
Bi-directional charging allows EV owners to use their vehicle's battery to power their home (vehicle-to-home) or send energy back to the grid (vehicle-to-grid). This feature is not available on all vehicles but is becoming increasingly popular as part of energy management solutions.

What happens if I overcharge my EV?
Modern EVs have built-in safeguards to prevent overcharging. The charging process automatically stops when the battery reaches full capacity, protecting your vehicle and charger.

What are the benefits of installing EV chargers in strata buildings?
Installing EV chargers in strata buildings can increase property value and attract environmentally-conscious tenants. It future-proofs the building as electric vehicles become more prevalent. Shared chargers with load management technology ensure efficient energy use and equitable access, making it easier for residents to adopt EVs

How can EV chargers be integrated into new commercial building projects?
In new commercial builds, integrating EV chargers during construction is more cost-effective and ensures that the infrastructure is future-proof. EV chargers can be installed with advanced energy management systems that handle multiple charging stations, allowing businesses to offer fast, reliable charging to customers or employees, while minimising energy costs through smart load balancing.

What are the commercial benefits of offering EV charging stations?
Installing EV charging stations can attract EV-driving customers, tenants, or employees, providing a competitive edge. For businesses, it opens up an additional revenue stream through pay-per-use systems, while promoting sustainability and supporting corporate social responsibility initiatives. EV charging services also enhance property value and future-proof commercial facilities.

Can I install multiple EV chargers at home?
Yes, you can install multiple EV chargers at home, but it may require an upgraded electrical panel to handle the increased load. Professional electricians can assess your home’s capacity and install additional chargers while ensuring compliance with safety regulations.

What’s the difference between AC and DC charging?
AC charging uses alternating current (AC) from the grid and converts it to direct current (DC) inside the vehicle. This is typically slower and used in Level 1 and Level 2 chargers. DC fast charging (Level 3 & 4) delivers direct current directly to the vehicle’s battery, allowing much faster charging times by bypassing the onboard converter.

How do I know if my EV is compatible with fast chargers?
Most modern EVs are compatible with DC fast chargers, but some older models may require an adapter. Your vehicle’s manual will specify its charging capability, and public charging stations often provide information on which types of vehicles are supported.

How can I manage my charging costs at home?
You can manage costs by charging during off-peak hours when electricity rates are lower.