Switch your Melbourne home from gas to electric and pair every upgrade with solar. Heat pumps, induction, air conditioning, LED lighting, and more, installed and programmed as a coordinated system.
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Helcro Solar · South Melbourne
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18+
Years in Business
2,000+
Melbourne Homes Upgraded
60%
Typical Hot Water Savings
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Home Electrification Melbourne
Home electrification simply means replacing gas-powered appliances, such as your hot water system, stove, heating, and pool heater, with electric equivalents. Once an appliance runs on electricity instead of gas, it can be powered by solar panels on your roof rather than a separate gas connection.
The financial logic compounds with each upgrade: every appliance you convert reduces your gas bill, and when paired with solar panel installation in Melbourne, the running cost of each electric appliance approaches zero as your panels offset daytime consumption.
Most Melbourne homes can fully electrify in two to four stages over 12 to 24 months, starting with the highest-impact upgrade for their situation, typically the hot water system or heating, then progressing through cooking, cooling, and pool heating. Helcro Solar installs every electrification upgrade and integrates each one with your existing or new solar system to maximise self-consumption.
Every Upgrade Integrated With Solar
VEU-Registered Installer
Staged Electrification Planning
Single Installer for All Upgrades
CEC-Accredited and Fully Licensed
Why Electrify Now
Victorian residential gas prices have increased by more than 30% over the past five years and are projected to continue rising as the state transitions away from gas infrastructure. The Victorian Energy Upgrades program provides rebates on heat pump hot water systems, reverse-cycle air conditioners, and other eligible appliances right now. Each upgrade you complete today locks in savings at current efficiency levels for 15 to 20 years, while also reducing your household's carbon emissions by an average of 1.5 tonnes per upgrade.
60%
Less energy for heat pump hot water vs electric resistance
Home Electrification Upgrades
Helcro Solar installs eight home electrification upgrades for Melbourne homes, from EV charging through to LED lighting. Every installation is designed to work as part of a whole-home energy system, not as an isolated appliance swap.
Victorian Energy Upgrades Program
The Victorian Energy Upgrades (VEU) program is the state government's primary mechanism for reducing household energy costs and carbon emissions. Eligible Melbourne homeowners can access point-of-sale rebates on heat pump hot water systems, reverse-cycle air conditioners, and other approved appliances, reducing the upfront cost of electrification upgrades significantly.
Helcro Solar is a registered VEU participant. We assess your eligibility for every applicable rebate at no charge during your initial consultation and apply all discounts directly to your invoice, so you never need to lodge a rebate claim yourself.
Heat Pump Hot Water
VEU Rebate
Eligible households receive a point-of-sale discount on approved heat pump units
Reverse-Cycle A/C
VEU Rebate
Replace gas ducted heating with an eligible reverse-cycle system at a reduced cost
LED Lighting
VEU Rebate
Whole-home LED upgrades from halogen may qualify for VEU program discounts
Rebates assessed and applied at point of sale. No claim forms required.
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Helcro Solar · South Melbourne
Frequently Asked Questions
A heat pump hot water system should reduce your energy bills compared to a gas or electric resistance water heater, so a high bill after installation usually points to one of four causes. First, the heat pump may be running predominantly at night on tariff electricity rather than during the day when your solar panels are generating. Most heat pump controllers can be programmed to run during daylight hours to use free solar power. Second, the system may be set to boost mode, which uses a conventional electric resistance element rather than the heat pump cycle and can consume 3kWh to 5kWh per session rather than the 0.8kWh to 1.2kWh a heat pump cycle uses. Third, the system may be undersized for your household's hot water demand. Fourth, a recent increase in your electricity tariff may have offset the savings. Reprogramming the run schedule to align with your solar generation window, typically 10am to 3pm in Melbourne, is the most effective fix for most households.
In a typical Melbourne home, the five highest electricity consumers are heating and cooling, water heating, the refrigerator, the clothes dryer, and lighting. Heating and cooling alone can account for 40% to 50% of a household's total energy use, particularly in Melbourne's climate with its cold winters and hot summers. Water heating typically accounts for 15% to 25% of household energy use. Home electrification addresses the largest contributors directly: a heat pump hot water system uses 60% to 75% less electricity than an electric resistance water heater, a reverse-cycle air conditioner delivers 3kWh to 4kWh of heating or cooling per 1kWh consumed, and LED lighting uses 75% to 80% less energy than incandescent or halogen bulbs.
Electrification means switching from appliances that burn gas or other fuels to appliances that run on electricity. In a Melbourne home, this most commonly means changing the water heater, stove, heating system, and pool heater from gas to electric. The reason this matters is that electric appliances can be powered by solar panels on your roof, whereas gas appliances always require a gas supply and a gas bill. Once a home is fully electrified and has solar panels installed, it becomes possible to power the entire home, including heating, hot water, cooking, and cooling, from energy generated on your own roof. The Australian Energy Market Operator projects that residential gas consumption in Victoria will decline by more than 50% by 2040 as households transition to electric alternatives powered by renewable energy.
For a heat pump hot water system, it is not cheaper to leave it running continuously. Heat pump hot water systems are most efficient when they run once per day during the warmest part of the day to heat a full tank of water, which is then insulated and held until needed. Running the system continuously uses more electricity than a single daily heating cycle. The most cost-effective approach for Melbourne households with solar panels is to set the heat pump controller to run between 10am and 3pm, when solar generation is at its peak, so the system runs primarily on free solar power. Most modern heat pump hot water systems include a timer function for exactly this purpose. A correctly timed 315-litre heat pump takes approximately 2 to 3 hours to heat a full tank, meaning a 10am start completes well before the afternoon solar generation tails off. Helcro Solar programs run schedules as part of every heat pump installation to optimise interaction with your solar system.
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Mount Eliza, Mount Martha, Glen Waverley, Brighton, Dandenong, Rowville, St Kilda, Burwood, Laverton, Williamstown, Altona, Yarraville, Frankston, Cheltenham, Springvale, Keysborough, Mulgrave, Oakleigh, Mornington Peninsula
