![]() ![]() It’s possible that you can actually continuously run the VS pump at a lower speed 24/7, and still use less energy than a single speed pump that runs 8 hours a day. Running the VS pump at lower speeds allows you to run it longer each day while consuming 50-80% less energy compared to a single speed pump. As the name implies, a variable speed pump allows you to run it at differing speeds. Here are a few instances as to why you should run the pool pump all the time: 1 – Variable Speed Pumpįor pool owners that have a variable speed (VS) pump, the option to run 24/7 can definitely be kept on the table. ![]() However, like most things in life, there are exceptions. So, we’ve just reviewed several reasons not to run the pool pump all the time that will apply to many pool owners. Reasons Why You Should Run the Pool Pump All the Time Running the pump unnecessarily will not only hurt your wallet, but could also contribute to greenhouse gas emissions. While electricity is often considered “green” and environmentally friendly compared to gasoline, electricity is often derived from fossil fuels such as coal or natural gas. 3 – Environmental ImpactĪs mentioned, running a pool pump can become the largest energy consumer in your house. A single-speed pump is always running at full throttle, in which there are mechanical components that will fail over time –e.g., motor bearings, seal, etc. Running a single-speed pump continuously everyday will decrease its lifespan. However, the longevity of the pump depends on several factors, including its usage. Generally, pool pumps will last 8 to 12 years. Running a standard 1 hp pump at an average cost of 14.26 cents/kWh, would cost $6.27 over a 24-hour period. In some cases, using electricity during on-peak hours (e.g., 2 to 7 pm) can cost 1.5x more than off-peak hours. The electric rate can also vary greatly depending on whether the usage is occurring during on-peak or off-peak hours in the summer months, as governed by the utility supplier. The nameplate of your pump motor should indicate its amperage from which you can calculate the hourly energy consumption in kWh:Įlectricity costs can vary widely across the U.S., ranging anywhere from 10 to 23 cents/kWh, with an approximate average of 14.26 cents/kWh. Pool pumps often range in sizes of ½ to 3 hp, which correlates as 1.1 to 3.9 kWh, respectively. The size of the pump motor is measured in horsepower (hp), which correlates to the energy usage or amperage draw. This includes the volume of your pool, along with the plumbing arrangement. Pool pumps and their motors are sized based on the design of your overall pool system. Running your pump 24/7 for 365 days a year could cost anywhere between $1,100 to $5,000 annually! The true cost of running your pump will depend on the size of your pump along with the electricity rate for your area. In most cases, running the pump all the time will provide minimal additional benefit compared to the cost. Running a pool pump can be the single largest consumption of electricity in your house, potentially even more than central A/C! While running the pool pump will improve the quality of the water, there are some important reasons as to why you may not want to run it all the time. Reasons Not to Run the Pool Pump All the Time
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