Take control of your energy and unlock the full value of your EV. Find out how bidirectional charging can work for you.
A typical EV battery holds 60-80kWh – that’s 3-4 days’ worth of household power sitting in your driveway.
You charge your EV overnight on off-peak rates (roughly 12-15c/kWh). During evening peak periods (30-50c/kWh), your car powers your home instead of drawing from the grid.
Your solar panels generate excess power during the day when you don’t need it. Instead of selling it back to the grid for 5-8c/kWh, you store it in your EV and use it during peak evening rates.
Some energy retailers will pay you premium rates to discharge power during high-demand periods. Early trials show participants earning $10-40 per discharge event.
We help you find the right EV charger and take care of getting it installed.
- Are these chargers suitable for home use?
Yes. Both are designed for 230V single-phase residential setups and are IP65 rated, meaning they’re safe for both indoor and outdoor installation.
- Can I use these chargers with solar panels?
Yes. When used with an energy management system and a compatible EV, both units can charge from solar power and discharge that energy back to your home or the grid.
- Which vehicles support V2H or V2G?
Many new EVs support V2G (ISO 15118-2). V2H requires ISO 15118-20 and may need a firmware upgrade or energy system integration. Always confirm your EV’s compatibility before purchasing.
- How do I control or monitor the chargers?
Star Charge Halo: via app using Wi-Fi, 4G, Bluetooth, Ethernet, RS485V2Grid Numbat-7: via CAN, Modbus, or Ethernet (optional) Both support remote monitoring and diagnostics.
- What is the warranty period?
Star Charge Halo: 2 yearsV2Grid Numbat-7: 3 years.
For general enquires and customer support hello@revcharge.com.au
You can also reach us via phone:
VIC: +61 3 7042 1198 (M-F, 9am – 5pm)
NSW: +61 2 8188 9070 (M-F, 9am -5pm)