A practical all electric home example is more useful than a wish list of appliances. It shows how the systems work together, when electricity is cheapest, and what needs to be planned before the gas meter can go. For many Australian households, the goal is straightforward: lower ongoing energy costs, improve year-round comfort and reduce reliance on gas without compromising how the home functions.
Consider a four-person household in a detached three-bedroom home. They currently use gas for hot water, space heating and cooking, and electricity for the rest. Their power bills rise sharply in summer because of ageing air conditioning, while gas charges continue even in months when little gas is used. They also plan to buy an EV within a few years.
Their all-electric upgrade is not about replacing everything at once. It is a coordinated plan built around rooftop solar, efficient electric appliances and controls that make the most of daytime generation.
What an all electric home example looks like
In this example, the household installs a correctly sized solar system first. Solar provides low-cost daytime electricity for the appliances that will replace gas, while also covering a share of normal household use. The final system size depends on roof space, shading, household demand and local network requirements, but the design should allow for future loads such as a heat pump and EV charger, not only today’s consumption.
A home battery is added where the household’s evening usage is high, electricity tariffs make storage worthwhile, or backup power is a priority. It stores surplus solar generation for use after sunset, reducing electricity purchased during more expensive periods. A battery is valuable in many homes, but it is not automatically the first upgrade for every property. If the budget is limited, strong solar performance and efficient appliances often provide the foundation, with battery storage added later.
Gas hot water is replaced with a heat pump hot water system. Rather than creating heat directly like a conventional electric tank, a heat pump draws warmth from the surrounding air. This makes it far more efficient than standard electric resistance hot water. When it is scheduled to run through the middle of the day, solar can cover a meaningful portion of its energy use.
For heating and cooling, reverse-cycle air conditioning replaces gas ducted heating or wall furnaces. A quality reverse-cycle system can cool rooms in summer and provide efficient electric heating in winter. Zoned systems or separate units in key living and sleeping areas can be a sensible option where the home’s layout makes full ducted replacement expensive.
The kitchen moves to induction cooking. Induction is fast, responsive and easy to clean, but it needs suitable electrical capacity and compatible cookware. Most modern stainless steel and cast-iron pans work, although households may need to replace a few items. This is a small trade-off for removing the final everyday use of gas.
Finally, the household installs an EV charger with smart charging controls. The charger is set to use available solar during the day where possible, or to charge overnight on an appropriate off-peak tariff. An EV can increase total electricity use, but it can also replace a substantial petrol expense. Planning charging alongside solar and battery capacity is what keeps the upgrade financially practical.
The systems need to be designed as one plan
The difference between an average upgrade and a high-performing electric home is coordination. A solar installer, air conditioning contractor, plumber and electrician may each deliver competent work, but separate decisions can leave a homeowner with an undersized switchboard, poorly timed hot water heating or no allowance for an EV charger.
A whole-home assessment starts with energy bills and household habits. When is hot water used? Is anyone home during the day? Which rooms need heating? Is the property exposed to afternoon sun? Are there plans for an extension, pool or electric vehicle? These details affect equipment sizing and the likely return from each upgrade.
Electrical infrastructure also matters. Older homes may need a switchboard upgrade, additional circuits, safety protection or a review of the incoming supply before high-load appliances are installed. This work should never be treated as an afterthought. Licensed technicians should confirm that the installation is compliant, safe and designed for future demand.
Controls are equally important. The heat pump can be programmed to run in a solar window, while air conditioning settings can maintain comfort without unnecessary energy use. Battery settings can prioritise self-consumption, backup reserve or tariff savings depending on the household’s goals. Smart EV charging can avoid adding demand at the same time as other major appliances.
A realistic order for the upgrade
There is no single correct sequence, especially if an existing appliance has failed and needs immediate replacement. Still, many households get the best result by planning the full project first, then completing it in stages.
Start with an energy assessment and electrical review. This identifies the home’s current use, roof potential, supply limitations and likely future loads. It also helps avoid buying equipment that is too large, too small or unsuitable for the property.
Next, install solar and make any necessary switchboard upgrades. Solar starts reducing grid purchases straight away and gives the home a clean electricity source for the upgrades to follow. If a battery is part of the plan, its placement and connection requirements should be allowed for at this stage, even if installation comes later.
Replace ageing gas appliances as they reach the end of their service life, or sooner where the numbers support it. Hot water is often a priority because a heat pump can use solar efficiently and gas storage systems can be costly to run. Heating and cooling can follow, then induction cooking and EV charging as household needs and budget allow.
The gas connection should only be removed after every gas appliance has been safely replaced. Eliminating the daily gas supply charge can improve the overall economics, but it should not be rushed. A licensed professional can confirm disconnection requirements and make sure no appliance or safety issue has been overlooked.
What this household gains and what it still needs to manage
With solar, a heat pump, reverse-cycle air conditioning and induction cooking in place, the household has one energy source to manage instead of separate gas and electricity bills. It can use more of its own solar generation, reduce exposure to gas price changes and enjoy more consistent heating and cooling. Removing gas also reduces combustion inside the home, which can be appealing for households focused on indoor air quality.
However, all-electric does not mean every kilowatt-hour is free. Winter heating demand, cloudy weather, evening cooking and EV charging can still create grid use. The outcome depends on the home’s insulation, appliance settings, occupancy patterns, tariff structure and equipment sizing. Draught sealing, ceiling insulation and window shading may deliver worthwhile comfort gains before or alongside new technology.
A battery can provide valuable evening energy and selected backup during an outage, but homeowners should clarify exactly what it will power. Full-home backup is different from backup for essential circuits such as lights, refrigeration, internet and a few power points. Likewise, a heat pump is highly efficient, but it needs a suitable location, adequate airflow and sensible scheduling.
Choosing a provider for an all-electric upgrade
An all-electric project brings together solar design, battery storage, electrical work, heating and cooling, hot water, and sometimes EV charging. Using one experienced provider can simplify the process because the equipment is planned around the same energy strategy, installation timing is coordinated and there is a clear point of contact after the work is complete.
SunLoop Energy can assess the home, recommend a practical staged design and arrange the right mix of solar, batteries, heat pump hot water, air conditioning and EV charging. The focus should be on transparent advice, premium equipment, licensed installation and a system that suits how the household actually lives.
The best first step is not choosing a product. It is understanding your home’s energy use, electrical capacity and future plans, then building an upgrade path that makes each investment work harder than it would on its own.
