How much an above ground pool pump costs to run depends on the size of the pump, how long per day it runs, and what the local Kw per hr rate is. The average cost to run a pool pump is about $40 per month.
So, if you run your pool pump for 8 hours in one day, 1,864.25 multiplied by 8 and divided by 1,000 equals 14.9 kilowatt-hours. If you run your pump every day for an average of 30 days per month – 30 multiplied by 14.9 – your pump uses 447 kilowatt-hours in a month.
12 cents per kWh = 4.97 per day to operate the pool pump. Now if you are running the same pump, but with 230 Volt, the cost will be 2.49 per day.
Every pool must turn over at least once a day, so most pool pumps should run approximately 8 hours a day. But here's the thing: you don't have to run your pool pump consecutively. You can choose to run it for three hours in the morning before you leave for work and another 5 hours in the evening.
The rule of thumb is generally 8 hours, although it could be anywhere from 6-12 hours, depending on your pool's size. Each pool is unique, so to keep your pool pump efficient and effective, you need to figure out exactly what your pool's turnover rate is.
Energy efficient pool pumps are a great way to save money on your home's energy costs. If you're considering a new pool or renovating your old one, it's important to look towards long-term costs, rather than short-term payments. Your wallet and the environment will thank you in the long run.
Most Energy Efficient Pool Pumps
Calculating Pool Pump Energy Use: Each horsepower uses 746 watts. For a 1.5 hp pool pump, multiply 746 watts by 1.5 hp, for a total of 1,119 watts. Most utilities charge from 10¢ to 15¢ per kilowatt-hour, and to know kilowatt-hours, multiply watts X hours and divide by 1,000.
It's best to run your pool pump during the day
Not only does sunlight give fuel for algae to grow, it also destroys your pool chlorine and this is why you should always run your pool during the day!
Our 1 hp example pump uses 1.75 Kw per hour; whereas a 2 hp motor of the same type (UST1202) would draw 2.4 Kw per hour. That's around 24 kWh per day, or around 720 kWh per month, just running only 10 hors per day. During the heat of the summer, many pumps need to run longer to maintain clear water.
Although it's generally recommended that all the pool water undergo filtration every 24 hours, the pump does not need to run all the time. A proactive, productive and energy-saving maintenance activity is to remove the debris floating on the pool surface with a hand-held skimmer.
For an air/water heat pump, the average cost of consumption per season is € 2.50 to € 3.70 per m3 heated in the pool. Good to know: a heat pump consumes 50 Wh when it is turned on but not heating, in other words 1.2 kWh in a day without heating the pool.
The average pool home is 21% larger than the average house without a swimming pool. Larger houses, by consequence of their size, are more energy intensive to heat, cool and maintain and this amounts to some of the increased energy usage.
Ultimately, the amount of energy that a heater puts into the pool is equal to the heat lost from the pool. Since you lose more heat energy from a hot pool than from a cool pool, the most efficient thing you can do is keep the temperature as low as possible for as long as possible.
Pool heating could add desired value to your property. Generally speaking, investing in a pool heating system is predominantly favoured because of the comfort and convenience it offers. Warmer water equates to an extended swimming season, a holiday ambiance at home and quality family time.
A single-speed pump drawing 2,000 watts, operating at 3,450 rpms and generating a flow rate of 66 gallons per minute can turn over the entire 25,000 gallons of water in roughly 6.3 hours. At this rate the single-speed pump would consume 12,600 watt hours or 12.6 kWh per day, to turn over the pool.
TriStar® VS variable speed pool pumps are the most energy efficient on the market, according to EPA ENERGY STAR 3rd party testing data. Saving pool owners up to 90% on energy costs, they are specifically designed to replace most single speed pool pumps.
Hayward's SwimClear™ Multielement cartridge filter is designed to provide the most energy-efficient water flow and can save up to 2,500 gallons of water per year by eliminating backwashing.
Certified in-ground pool pumps use 18% less energy than standard pool pumps and can save more than $300 a year in energy bill costs. Certified above-ground pool pumps use 11% less energy and can save more than $115 over the lifetime of the product.
A Worthwhile Investment
Even at a higher initial cost than single-speed pumps, the best variable speed pumps are the superior investment because they offer prolonged filtration, more water turnover, and lengthier sanitation durations. These benefits make it easier to maintain your pool.
Your pool pump should be replaced anywhere between 8 to 15 years depending on the quality, and a full replacement may cost over $800. Your pool pump is the “heart” of your swimming pool as it circulates water throughout, bringing water through the filtration and heating systems.
The size of your pool, the efficiency of your pump and filter, and how dirty your pool is are just some of the factors you need to consider. Nevertheless, most pool cleaning professionals would advise against running a pool pump for more than 8 hours a day.
The best time to run your pool pump is during the warmest hour of the day; however, keep in mind that this means you will have higher energy consumption, which may lead to an increase in your electric bill. If you want to save on your energy costs, you can run your pool pump at night to avoid peak hours.
One very important rule to remember: Just because pool water is clear doesn't mean it is sanitary or in proper chemical balance. Depending on the size of your pool, we still recommend the pump run 8-10 hours per day during the hottest summer months and at least 6 hours per day during the winter months.