According to the Australian Department of Climate Change, Energy, the Environment and Water, pool pumps can be one of the largest users of electricity in a household, making up around 18% of the electricity bill. That’s nearly a fifth of your power usage tied up in keeping your pool clean.
It’s no wonder that more homeowners are starting to ask: How much energy is my pool using, and what can I do about it?
With rising energy costs and growing concerns about our environmental footprint, understanding how pool systems consume energy has never been more important. Fortunately, a smarter pump choice could lead to real savings, both for your bank account and the planet.
A pool pump’s job is fairly straightforward—it circulates water through the filtration system, keeping it clean, clear, and safe for swimming. But this seemingly simple process hides a sneaky energy drain.
Every time your pump runs, itpowers water through skimmers, filters, heaters, and back into your pool. The longer it runs—and the harder it works—the more energy it chews through. Add in heating cycles, especially during cooler months, and that usage quickly adds up.
Older, single-speed models run at full throttle every time they switch on. They don’t adjust based on the task—they just go full blast, which isn’t energy-smart. In contrast, newer designs are far more efficient, especially those that can vary their speed.
Most people don’t realise how much power their pool pump uses until a high electricity bill lands in the mailbox. Because pumps often run in the background, their energy consumption flies under the radar—until it starts costing hundreds more each year.
Pool pumps come in three main types: single-speed, dual-speed, and variable-speed. Each works a little differently, and the impact on your energy bill can be huge.
These are the original pool pump workhorses. They run at one constant speed and are usually the cheapest to buy upfront. But here’s the catch—they’re incredibly power-hungry.
Dual-speed models offer some improvement. They run at full speed for heavy tasks like vacuuming and at a lower speed for regular filtration. This flexibility can cut energy use by about 50%.
The gold standard in efficiency, variable-speed pumps adjust their speed to match the task. They’re whisper-quiet, smart, and extremely energy-conscious. The upfront cost is higher, but they’re built to last and designed for savings. Annual running costs are lower, making them the go-to choice for households serious about energy reduction.
Many states also offer rebates and incentives for upgrading to VSPs. Check your local government’s energy efficiency programs—you might be eligible for a rebate of a few hundred dollars, making the upgrade even more attractive.
Even the best pump can waste energy if it’s not used wisely. That’s where a few smart habits come in handy.
Timers and pool automation systems help you avoid running the pump longer than needed. Set it to operate during cooler hours and avoid peak demand times, especially in the afternoon when electricity costs more.
Most energy providers charge less for electricity during off-peak periods. Running your pump early in the morning or late at night can significantly reduce running costs.
A clogged filter forces your pump to work harder, drawing more power. Regular cleaning ensures water flows freely and the pump stays efficient.
In winter, your pool doesn’t need as much filtration. Reducing the run time during cooler months can cut costs without compromising water quality.
A licensed technician can assess your system and recommend the best run schedule based on pool size, usage, and location. Tailored advice beats guesswork every time.
Switching to a variable-speed pump and using smart practices can reduce pool energy use by up to 80%. That’s not just good for your wallet—it’s a big win for the environment too.
Less electricity means lower greenhouse gas emissions. Over a few years, the savings add up to hundreds, sometimes over $1,000 annually, depending on your setup.
Picture this: a Brisbane family installs a variable-speed pump, sets up a timer, and cuts back to off-peak run times. Their energy bill drops by nearly $90 a month—money they now put towards holiday savings.
Plus, energy-efficient features can bump up your home’s value. Buyers love sustainable living. A well-maintained, efficient pool system is a great selling point.
Before you rush out and buy a new pump, take a moment to consider a few key factors.
Start with the size of your pool—larger volumes need a more powerful system. Next, think about how often you use your pool and the local climate. Pools in warmer regions tend to run longer, especially during summer.
Your pump should also be compatible with your existing pool equipment. Not all systems play nicely together, so check compatibility with filters, chlorinators, and heaters.
When comparing models, don’t just look at the price tag. Lifecycle costs—how much it’ll cost to run and maintain over time—paint a clearer picture of value. A cheap pump might cost more in the long run.
Finally, speak with a professional. An expert assessment ensures you get the right pump for your needs without over- or under-investing.
Saving money, protecting the planet, and enjoying a better pool experience—turns out, they’re all connected. With the right pump and the right approach, your pool can be a source of enjoyment, not energy stress. Time to make the switch? We’re ready when you are.
Thinking it might be time to ditch your power-hungry old pump? You’re not alone—and you don’t have to go it alone either.
At WP Electrical, we specialise in efficient, reliable pool pump upgrades tailored to your pool and your power bill. Our licensed technicians can help you choose the perfect system and take care of the installation from start to finish.
We’ll assess your current setup, guide you through your options, and handle everything with care and professionalism. No pushy sales, just honest advice and quality service.
Want to find out how much you could save? Reach out today for a no-obligation quote or consultation. Let’s make your pool smarter, greener, and more cost-effective.
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