The cleanest, cheapest energy is the sunlight you already capture, and electrification is how you put it to work everywhere. PrismFlow Heat Pumps and Electrification replaces gas and resistive systems with high-efficiency electric alternatives that run beautifully on solar, slashing both emissions and running costs. The result is a home or facility where heating, cooling, and hot water are simply another seamlessly integrated load on your smart infrastructure.
Why heat pump COP changes the maths
A heat pump does not make heat, it moves it, and that distinction is everything. With a coefficient of performance, or COP, of 4.5 or higher, a quality heat pump delivers roughly four and a half units of heating or cooling for every unit of electricity drawn. Compared with a gas furnace or an electric resistance element sitting near a COP of one, the efficiency gap is dramatic and it widens further when the electricity comes free from your own panels.
That efficiency is what makes electrification financially sound rather than merely virtuous. Pair a high-COP system with your solar and battery, and the marginal cost of comfort drops toward zero during daylight hours, with smart controls timing the heaviest loads to your generation curve.
Your electrification roadmap
Ripping out every appliance at once is rarely the right move. PrismFlow builds a staged electrification roadmap that sequences upgrades around the end of each system's life, your budget, and the moments of greatest return. Typically we start with the biggest energy loads, prove the savings, and let each phase fund the next.
- Phase one: space heating and cooling via ducted or split heat pumps
- Phase two: heat-pump hot water to retire gas or resistive tanks
- Phase three: induction cooking and remaining gas appliances
- Electrical capacity and switchboard review at every stage
- Solar and battery sizing matched to the new electric demand
- Smart controls to align heavy loads with light-capture peaks
Induction and heat-pump hot water
Hot water is often a home's single largest energy use, which makes heat-pump hot water one of the highest-return upgrades available. A heat-pump cylinder sips electricity, stores energy as hot water, and can be scheduled to charge entirely from midday solar surplus, effectively turning your tank into a thermal battery. Induction cooking, meanwhile, brings precise, instant, flame-free heat to the kitchen while removing the last combustion source from your home.
Every electric appliance we install is registered with your PrismFlow controller, so the same intelligence that optimises your panels now optimises your comfort. Heating pre-runs on cheap solar, the hot-water tank charges at the perfect hour, and nothing competes blindly for power.
Comfort that compounds
Electrification is not a sacrifice, it is an upgrade. Modern heat pumps are quieter, more controllable, and more even than the systems they replace, and induction cooktops outperform gas on speed and precision. Layered onto your light-capture infrastructure, they deliver lower bills, lower emissions, and a home that feels measurably better to live in.
Let PrismFlow design your electrification roadmap. Book an assessment and we will model your current energy use, size the right heat-pump and solar combination, and hand you a clear, costed plan to run your whole home on captured sunlight.
Frequently asked questions
What does COP mean and why should I care?
COP, or coefficient of performance, measures how much heating or cooling a system delivers per unit of electricity. A heat pump at COP 4.5 produces around four and a half times the energy it consumes, far beyond gas or resistive systems.
Do I have to electrify everything at once?
No. We design a staged roadmap that upgrades systems as they age and as budget allows, usually starting with your largest loads so each phase's savings help fund the next.
Will my solar system cover the extra electric load?
We size solar and battery capacity specifically against your new electric demand, and our smart controls schedule heavy loads like hot water and heating into your generation peaks to keep grid draw low.
Is heat-pump hot water really worth it?
For most homes, yes. Hot water is often the single biggest energy use, and a heat-pump cylinder charged from midday solar acts like a thermal battery, delivering some of the fastest payback of any upgrade.