

How Much Can You Actually Save With A Variable Speed Pump?
In our previous article, we have already talked about why you should invest in a Variable Speed Pump so there’s no doubt that a variable speed pump is a superior choice and will save you money in the long run. Here we want to take a closer look at how much money a variable speed pump can actually save you and how it is calculated. There is so much discussion nowadays about energy efficiency and one thing you may not realise is just how much of an impact your pool equipment can make on your energy usage. This pie chart from Energy Rating’s E3 study shows that your pool pump can take up 18% of your household electricity consumption.

How does it work?
Single-speed pumps operate at only one fixed rate, even though that speed may not be necessary for a particular task. This means most of the time, you pay for the energy more than you really consume by using a single-speed pump. Variable speed pumps allow you to run filtration at different motor speeds (different flows) during the day. They allow you to run your pool at the optimum speed to get the job done. This creates less friction on your piping, filter, and accessories allowing your pool to run at a much lower energy level, as well as less wear and tear, saving you money and increasing the lifespan of your equipment. You can begin your filtration cycle with a similar speed to that of the single-speed pump, then run it for a longer amount of time at a slower speed to achieve the same turnover result.
How much are you saving?
The amount of electricity used by a pool pump is measured in units of Watt-hours (Wh) or Kilowatt-hours (kWh), where 1 kilowatt = 1,000 watts (W). The amount of electricity a pool pump uses depends on how many hours a day the pump is run and for how many days per year the power consumption of the pump, measured in watts, as well as the size of the pool. Here's how the calculation goes: Step 1: Volts (230 volts in Australia) x Amperage = watts Step 2: Watts/1,000 = kWh used by the pump Step 3: kWh x run time per day =kWh per day Step 4: Electrical rate x kWh per day=electricity running cost of your pump per day Credit: https://www.mrpoolman.com.au/blogs/news/standard-pool-pumps-vs-eco-pool-pumps-by-the-numbers
Check out the table below for a specific comparison:

But we would say the most significant difference might be the time of operation. The operation cost that keeps a variable speed pool pump 24-hours a day for a month will make any single speed pump run only 3-hours a day. Although the upfront cost of a variable-speed pump is higher, the cost savings in long-term care are a lot greater due to the reduction in energy bills. We recommend looking for a variable speed pool pump that has an energy rating of at least 8 stars. To see a list of pool pumps registered in a voluntary energy-rating scheme run by the Australian Government, please click here. This bar chart that illustrates the annual energy consumption of pool pumps by star rating shows you the difference your VS pump can make in energy consumption based on its star rating.

Credit: Decision Regulation Impact Statement: Swimming pool pumps
Always consult your local pool professionals to determine the most suitable pool pump for your needs.


How Does it work?

The electrolysis principle:
After adding MagnaPool® minerals to the water, it passes through the Hydroxinator cell (clear canister), where the Anode and Cathode create a reaction that produces active chlorine. A byproduct of this reaction causes scale to form on the plates, to combat this, the polarity of the plates is reversed regularly.

The benefits of this process?
1. MagnaPool® generates 40% less chloramine than salt electrolysis + traditional filtration systems. 2. Chloramines develop 4 times slower with a MagnaPool® System than with manually-treated water or with salt electrolysis. 3. MagnaPool® treatment does not generate any very basic soda unlike salt electrolysis so there are no harmful effects on water balance.

Hydroxinator Specifications (per size model):
| Hydroxinator Mid iQ | Hydroxinator Large iQ | |
|---|---|---|
Recommended pool size | 75,000L | 100,000L |
Nominal chlorine production | 25 g/h | 35 g/h |
Operating modes | Normal = Adjustable by 10% increments from 0-100% Low = Adjustable range of 0-30% Boost = Continuous 100% for 24 hours | |
Equipment control | Pump: Any single speed pump or Zodiac variable speed pump Lights: Any single colour light or Zodiac / Jandy sequence multi-colour light (with additional relay box) | |
Salt level (recommended at 25°C) | 4,000ppm | |
Cell protection | Temperature sensor controls chlorine output in cold water conditions, assisting to protect the cell against excessive wear and tear | |
Power supply | 197W / 110-240 VAC / 50-60 Hz | |
Dimensions | Powerpack: 370mm x 320mm x 100mm (HxWxD) Cell: 160mm x 320mm x 110mm (HxWxD) |
Hydroxinator Large iQ

Hydroxinator sizing guide:
To learn more about the MagnaPool® Hydroxinator or to have one installed, try connecting with a local MagnaPool retailer using our Dealer Locator.
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That’s right. You’ve got a green pool! :(
