Home Electrification
Due to the federal and state governments’ attractive incentives to stop using fossil fuels and shift to renewables and electric appliances, more and more people are looking into home electrification. We are committed to helping homeowners make the switch to a fully electric home.
Home Electrification in Australia: Cost, Benefits & Sustainable Solutions
Home electrification is mainly the replacement of your fossil fuel appliances with electric ones gradually, striving towards a fossil fuel-free home, lowering carbon emissions, reducing energy bills, and increasing the efficiency of energy within the home. We went electric, replacing gas appliances with electric ones, such as electric stoves, heat pump water heaters, reverse cycle heating, and cooling infrastructure work to facilitate electric vehicle-associated appliances. It is good to keep in mind that besides an electric appliance switch, some households may also opt for solar to cover more energy consumption and raise their carbon savings further.
The actual meaning of home electrification is the gradual displacement of fossil-fuel-burning appliances in one’s home with electric alternatives. The very notion of home electrification is to encourage dependencies on fossil fuel to minimise carbon emissions and save energy costs, while increasing the effectiveness of energy used at home. Going electric means that there are gas appliances that have been replaced with electric models, including electric stoves, heat pump water heaters, reverse-cycle heat and cooling devices, ovens, and electric vehicles. It is worth noting that apart from the electric appliance shift, some households may also go for solar power to offset their energy consumption more and then further reduce their carbon footprint.
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With renewable technologies, particularly solar power, Australian homes can now be powered entirely with clean electricity, reducing carbon emissions and energy costs.
Electrification offers some benefits:
Advantages of Home Electrification In Australia
Home electrification is essential to the future sustainability of Australia. By switching from gas to clean, electric systems powered by solar energy, homeowners can cut carbon emissions, save on energy costs, and get the most out of Australia’s sunny weather. Home electrification not only reduces your footprint but also future-proofs your home against rising energy costs.
Already, Australians are leading in this transition. About 30% of detached homes have rooftop solar, and more systems are being added each year. Battery installs are accelerating (55% growth in 2022) as prices fall.
Save Money on Energy Bills
Going electric also helps cut energy imports and exposure to volatile gas prices. Importantly, an electric home can save money. For example, NSW data shows a typical household with a $1,850 annual bill could save roughly $1,500 per year by using solar plus a battery. Electrification also slashes your carbon footprint: using efficient electric appliances and solar-powered electricity dramatically reduces emissions.
Lower Carbon Footprint
The ACT will gradually progress towards electricity by 2045 as it nears a net 0 emission 2045 standard. Therefore, it is good that you are working hard on the transition now. Moving to purely electric is a very big commitment and requires lots of research and planning. It is probably going to feel difficult to begin with, but that’s what we’re here for.
Solar Panel System
Solar power is changing the way Australians power their homes, with some of the world’s finest sunshine on our doorstep. With feed-in tariffs and battery storage for excess power, you can control your energy bills and boost the value of your home.
We excel in crafting high-performance solar panels. The glass features anti-reflective coating and self-cleaning, cells ensure stability and efficiency, and the EVA film provides UV-resistant light transmittance.
01. Assess your home’s energy use: Start by identifying the biggest energy draws (e.g. heating, hot water, cooking). This helps prioritise which upgrades deliver the most savings. Evaluate your roof for solar potential, and check your electrical panel to see if it can accommodate more load (for EV charging, etc.).
02. Install solar panels: Rooftop solar is the gateway to electrification. We offer solar panel installation tailored to your home’s needs. Generating your own electricity with solar dramatically reduces grid consumption. Thanks to the federal Small-scale Renewable Energy Scheme (STCs), typical systems (e.g. 6–7 kW) get a rebate ($400–$600 per kW, around $2,000 off a 6.6 kW system). This upfront saving, plus rising electricity prices, means solar panels often pay for themselves in ~4–6 years.
03. Add an Inverter: A solar inverter is the pillar of your solar system, converting the DC electricity your solar panels generate into usable AC electricity for your home. Choosing a top-of-the-line inverter ensures optimal efficiency and dependability. We offer a range of state-of-the-art, WiFi-enabled inverters that enable you to monitor your solar energy output and energy consumption in real-time using an app or web interface. Whether installing a new system or replacing an old one, a smart inverter is a very important step on your electrification path.
04. Add a home battery: A lithium-ion battery stores excess solar power for use at night or during peak times. This boosts your self-consumption and cuts peak-rate charges. Our battery storage solutions integrate seamlessly with new or existing solar systems. Many states now offer subsidies: for instance, NSW provides an upfront discount (roughly $2,000 off a 13.5 kWh battery) . A battery allows you to run appliances on your own solar power even after sunset, maximising savings and resilience.
05. Install a Reverse-cycle Air Conditioner:Heating and cooling are large consumers of power in the majority of homes. Reverse-cycle air conditioners are some of the most power-efficient methods of heating and cooling your home using electricity. They serve as a two-in-one appliance, offering heat during winter and cold air during summer. Modern reverse-cycle systems are up to three to six times more efficient than traditional electric space heaters.
06. Upgrade to an Air Source Heat Pump or Solar Water Heater: Hot water usually accounts for 20–30% of a household’s energy use, so upgrading your water heating system is a smart move. You have two excellent, efficient options:
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Air Source Heat Pump Water Heater: This system extracts heat from the outside air to warm your water, using much less electricity than conventional electric or gas systems. Heat pumps are four times more efficient than conventional systems and work very well when powered by your daytime solar energy.
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Solar Water Heater: This system uses rooftop solar collectors to heat water directly using the sun’s energy. It generally includes a storage tank and may have a small electric or gas booster for cloudy weather. While they might be more expensive initially, solar water heaters have very low operating costs and work well in sunny climates like most parts of Australia.
07. Switch to an Electric Cooktop & Oven: Cooking is another sector where most Aussie homes still use gas. Upgrading to an electric induction cooktop and electric oven is a good option for the electrification of your home. Induction cooktops are faster, more precise, and more energy-efficient compared to outdated electric or gas ranges. They directly heat pots and pans with magnetic fields, and that implies no waste heat and cleaner surfaces. Modern electric ovens also ensure better energy efficiency and consistent cooking outcomes.
08. Install an EV charger: Transitioning to an electric vehicle is part of home electrification. Having a Level-2 home charger means you can conveniently “fill up” from your own solar or off-peak grid power. We can install smart EV charging stations compatible with your electric car. Some governments also offer rebates for charger installation. Charging at home not only cuts transport emissions but can also be cost-effective when combined with solar generation.
