HOME ELECTRIFICATION
Make the transition to an efficient all-electric home with engineering-led advice, practical upgrades, and home electrification solutions designed around your property, lifestyle, and future energy needs.
HOME ELECTRIFICATION
Home electrification is the process of replacing or reducing reliance on gas-powered household systems with efficient electric alternatives that can work alongside technologies such as rooftop solar and battery storage.
For Canberra homeowners, this can include moving hot water, heating and cooling, and cooking to modern electric systems. Rather than treating each appliance as an isolated upgrade, Decarby takes a broader view of how your home uses electricity and how those requirements may change over time.
A considered home electrification plan can include heat pump hot water, reverse-cycle air conditioning, induction cooking, solar, battery storage, and EV charging. The right combination depends on your property, existing electrical infrastructure, household energy use, and future plans.
Decarby approaches these decisions with engineering-led advice, helping homeowners understand what should be upgraded, what may need electrical assessment, and how individual systems can work together as part of a practical long-term energy strategy.
OUR HOME ELECTRIFICATION SERVICES
Electrifying a home does not have to happen all at once. Some households begin with hot water or heating and cooling, while others are ready to move several major appliances away from gas at the same time.
Decarby’s home electrification services focus on three important household systems.
Replace conventional electric or gas hot water with a heat pump system that draws heat from the surrounding air and transfers it into the water. Heat pumps can substantially reduce the energy required for hot water compared with traditional electric storage systems, while quality units are designed to operate through Canberra’s cold conditions.
Explore Hot Water Heat PumpsUse modern reverse-cycle air conditioning for both heating and cooling. These systems can provide efficient year-round comfort, with options ranging from individual split systems to whole-home ducted solutions depending on the property and requirements.
Explore Air Conditioning InstallationMove away from gas cooking with induction technology that transfers energy directly to compatible cookware using magnetic fields. Induction provides responsive temperature control and removes the need for an open gas flame, but because cooktops are high-power appliances, some homes may require electrical assessment or upgrades before installation.
Explore Induction Cooktop InstallationBENEFITS
For many households, home electrification is less about replacing individual appliances and more about creating a home energy system that is easier to manage over the long term.
Modern electric technologies can provide heating, cooling, hot water, and cooking without relying on household gas appliances. When combined with residential solar, more of those household energy needs can potentially be supported by electricity generated at the property.
A well-planned strategy can also help prepare the home for future changes such as battery storage, EV charging, additional electrical loads, or a gradual transition toward an all-electric home.
Replacing gas appliances with efficient electric alternatives can reduce the number of household systems that depend on fossil fuels.
Electric appliances can potentially make greater use of rooftop solar generation when operation is coordinated with available daytime energy.
Reverse-cycle air conditioning can provide both heating and cooling from a single system, helping homeowners manage Canberra’s hot summers and cold winters.
Heat pump hot water systems use heat from the surrounding air rather than relying solely on direct electric resistance or gas heating.
Induction provides fast, precise electric cooking without an open gas flame and can form part of a broader move away from household gas.
Planning electrification alongside solar, battery storage, and EV charging can help ensure today’s upgrades do not make future energy improvements unnecessarily difficult.
WHOLE-HOME PLANNING
Replacing a gas appliance with an electric alternative can increase the electrical demand placed on the property.
That is why home electrification should consider more than the individual appliance.
Before recommending major upgrades, it can be important to understand the home’s existing electrical infrastructure, current energy requirements, and future plans. Induction cooktops, for example, are high-power appliances and some properties may require electrical assessment or upgrades before installation.
The same whole-home thinking becomes increasingly important when a property combines several technologies such as:
The objective is not simply to electrify as many appliances as possible. It is to create a practical system that suits the property and can support the way the household expects to use energy.
ENGINEERING-LED
At Decarby, we approach home electrification as an energy-planning exercise rather than a collection of unrelated product installations.
Each household is different. Existing appliances, switchboard capacity, solar generation, available installation space, lifestyle, and future plans can all affect which upgrades make sense and when they should be completed.
Our role is to help you understand those decisions clearly so you can prioritise upgrades that suit your home rather than following a generic electrification package.
This approach is particularly valuable when several upgrades are being considered together. Planning ahead can help coordinate electrical requirements and ensure new systems remain compatible with future solar, batteries, EV charging, and other household energy technologies.
OUR PROCESS
You do not need to replace everything at once. A home electrification plan can be completed progressively according to your priorities, existing equipment, and budget.
We begin by discussing your current energy use, appliances, comfort requirements, and plans for the property.
Where required, we review the electrical considerations that may influence electrification upgrades, including the demands of higher-power appliances.
We identify practical opportunities such as hot water, heating and cooling, or cooking based on the needs of the household.
Future solar expansion, battery storage, EV charging, and additional electric appliances can be considered before installation decisions are finalised.
Selected systems are installed by appropriately qualified professionals with attention to safety, compliance, and long-term usability.
PLANNING
There is no single combination of technologies that suits every property. A household that already has solar may want to prioritise appliances that can make better use of daytime generation. Another household may be focused on replacing an ageing gas hot water system or improving winter heating.
A practical electrification plan usually starts with understanding which appliances currently use electricity or gas and which are approaching replacement. Existing or planned solar can influence how electric appliances may be operated throughout the day, while higher-power equipment such as induction cooktops may require assessment of the home’s electrical capacity.
Heating and cooling requirements also shape the mix. Reverse-cycle systems can provide both heating and cooling, with split-system and ducted options available depending on the property. Heat pump selection should reflect household hot water demand and Canberra’s operating conditions.
Future plans matter as well. EV charging, battery storage, additional solar, and further electrification are often easier to coordinate when they are considered early rather than treated as separate decisions made one appliance at a time.
SOLAR + ELECTRIFICATION
Home electrification becomes particularly relevant for households that already generate electricity from rooftop solar.
Solar panels generate electricity during daylight hours. Moving more household functions to electricity can create additional opportunities to use that generation within the home rather than relying entirely on exported energy.
That does not mean every electric appliance will automatically run from solar. Household demand, appliance timing, solar production, system size, battery availability, and user behaviour all influence the result.
The value of planning these systems together is that solar, household loads, battery storage, and future EV charging can be considered as parts of the same energy strategy.
WHY DECARBY
Decarby takes an engineering-led approach to solar, battery storage and home electrification, helping homeowners and businesses make informed decisions about their energy needs. Rather than recommending a standard package, we consider how each property uses energy, its existing infrastructure and the practical opportunities for improvement. Our focus is on providing clear advice and designing solutions that make sense for the property, its occupants and their long-term goals.
From the initial consultation through system design and installation, we prioritise technical expertise, transparency and quality workmanship. We help customers understand their options, navigate applicable rebates and incentives, and plan energy upgrades with confidence. Whether you're considering rooftop solar, battery storage or broader electrification, our goal is to deliver a practical, well-considered solution rather than a one-size-fits-all recommendation.
OUR WORKS
FREQUENTLY ASKED QUESTIONS
Home electrification is the process of replacing or reducing reliance on gas-powered household systems with electric alternatives. It can include hot water heat pumps, reverse-cycle air conditioning, induction cooking, EV charging, solar, and battery storage.
No. Electrification can be completed progressively. Many households replace systems as existing appliances reach the end of their useful life or as their energy priorities change.
Common upgrades include heat pump hot water, reverse-cycle heating and cooling, induction cooking, EV charging, solar, and battery storage.
Yes. Electric household systems can form part of a broader home energy strategy that includes rooftop solar. How much solar electricity is used directly depends on system generation, appliance timing, household demand, and other equipment such as battery storage.
A hot water heat pump draws heat from the surrounding air and transfers it into water. It works in a similar way to a refrigerator operating in reverse.
Quality heat pump systems designed for appropriate operating conditions can operate through Canberra’s cold weather, including sub-zero temperatures. Equipment selection and installation conditions still matter.
Yes. Reverse-cycle air conditioners provide both heating and cooling and are available in configurations including individual split systems and ducted solutions.
Induction provides responsive temperature control, efficient transfer of energy to compatible cookware, and cooking without an open gas flame.
Possibly. Requirements depend on the property and appliances being installed. Induction cooktops, for example, are high-power appliances and some homes require electrical assessment or upgrades before installation.
Where possible, yes. Considering future EV charging, battery storage, solar, heating, hot water, and cooking requirements together can help create a more coordinated long-term household energy plan.
You don't need to have the answer before you call us.
Tell us about your home, your electricity use and what you're hoping to achieve. We'll help you work through what makes sense whether that's solar now, solar and battery together, or a system designed so you can add more later.
Practical advice. No sales pressure.
