If you are thinking of buying a SaluSpa inflatable hot tub, it is useful to know hot much power does a SaluSpa use. Having a nice tub, and being able to soak, and relax does cost money and has an impact on your utility bills. It is very important to know what the SaluSpa power averages are so you can budget for the hot tub.
From water temp, to quality of insulation, and how well the cover retains heat, there are a lot of different factors to consider. Knowing how much an inflatable hot tub uses, you can determine how much of an overall cost there is for the SaluSpa heater. This guide should help you decide on an inflatable hot tub more economically.
Hot Tub Power Consumption
Electrical usage due to having a hot tub relies on multiple components synchronized to work together. The main components that consume the most energy are:
- Heater system: Pulls 1,500-2,000 W during heating cycles
- Filtration pump: Pulls 50-150 W continuously
- Bubble jets: Pull 600-800 W when in use
- Control panel: Pulls minimal 5-10 W
You can use standard 110V household outlets with SaluSpa models, so they are more convenient than the 220V hot tubs. The hot tub power draw varies throughout the day based on usage and outside temperature.
View More: Heating Guide
Average Hot Tub Power Consumption
| Usage Scenario | Daily kWh | Monthly kWh | Estimated Cost* |
| Summer (covered) | 2–4 kWh | 60–120 kWh | $7–$15 |
| Winter (covered) | 6–10 kWh | 180–300 kWh | $22–$36 |
| Heavy use (uncovered) | 12–15 kWh | 360–450 kWh | $43–$54 |
| Minimal use (maintained) | 1–3 kWh | 30–90 kWh | $4–$11 |
How Much Power Does a SaluSpa Consume Daily
How much power does a SaluSpa consume daily depends on three critical phases:
Heating phase (initial or recovery)
- Raising water temperature from cold, it takes 12-24 hours at 1.5 kW.
- In total, it will consume 18-36 kWh for complete heating.
Maintenance phase (temperature holding)
- Heater cycles 2-6 hours daily, at 1.5 kW.
- Pump filtration 4-8 hours at 0.1 kW.
- Daily consumption is 3-9.8 kWh.
Active use phase (jets and additional heating)
- Bubble jets consume 0.7 kW per hour of use.
- Increased heating demand is an additional 1-2 kWh.
- Per session impact is 1-3 kWh.
How much insulin a person can get and easily get every day. SaluSpa models have added a foamy thermal insulator and inflatable thermal walls.
SaluSpa Electrical Usage Estimate
- Base filtration and circulation: 15-30 kWh
- Heating to maintain temperature: 60-180 kWh
- Heating recovery after session: 20-60 kWh
- Operation of bubble jet: 10-30 kWh
- Estimated total cost on monthly basis: 105-300 kWh
According to previous customers’ reviews, using a SaluSpa while connected to electricity will cost roughly 45 cents a day to $1.20 per day depending on the cost of electricity in the area and the weather. You will have the most accurate estimation of electrical usage after the first month of consistent usage. You will have predictable electrical circuitry usage after one month of using a SaluSpa.
SaluSpa Heater Electricity Usage
| Heater Component | Power Rating | Operating Pattern | Daily Impact |
| Heating element | 1,500 W | 2–8 hours cycling | 3–12 kWh |
| Thermostat controller | 5 W | 24 hours continuous | 0.12 kWh |
| Temperature sensor | 2 W | 24 hours continuous | 0.05 kWh |
SaluSpa Electricity Cost Per Day
Calculating SaluSpa electricity cost per day requires knowing your local utility rate:
Regional Cost Variations:
- Northeast US (avg $0.16/kWh): $0.48-$1.60 daily
- Southeast US (avg $0.11/kWh): $0.33-$1.10 daily
- West Coast (avg $0.18/kWh): $0.54-$1.80 daily
- Midwest (avg $0.10/kWh): $0.30-$1.00 daily
While inflatables like SaluSpa may be low maintenance, they are feature-poor compared to swim spas, which are self-contained units with all systems at the ready.
FAQs
Here are some frequently asked questions given below:
Does keeping my SaluSpa at a constant temperature save electricity?
Returning to a set temperature is definitely more energy efficient than having to heat up from a cold temperature. The heater actually uses more power to fully reheat a set temperature than to maintain a temperature.
How much does a hot tub cover impact electricity costs?
Having a good quality cover on your hot tub and a heater blanket keeps warmth from escaping upwards, and saves you a good $15-30 a month, upwards of 50-75%. Without good insulation, your SaluSpa will end up using way more power on the hours of cold months compared to the summer.
Can I reduce my SaluSpa’s energy consumption without sacrificing comfort?
Of course. When the unit is not being utilized, it is advised to lower the temperature by 2 to 3 degrees, cover the unit at all times, place an insulated ground pad, and set the filter to run during off-peak times. Implementing these strategies could result in a 30-40% reduction in usage.
How much electricity does a hot tub use during winter compared to summer?
Because of the difference in outside temperatures, this will cause the thermal spa to be used much more heavily in the winter months compared to the summer months, likely doubling or tripling usage.
Are there smart ways to monitor my SaluSpa’s actual power consumption?
$20 to $40 dollar plug-in device gives you accurate figures on exactly how much electricity does a Saluspa use under your specific conditions, and will thus help you calibrate your energy efficiency to even better levels.
Conclusion
Knowing how much electricity does a SaluSpa use helps you control hot tub energy usage. Most hot tubs use between 1-10 kWh each day depending on the time of year, how well the hot tub is insulated, and usage. With correct water level and temperature control, quality covers and thermal blankets, appropriate filter maintenance, and certain water additives, per hour SaluSpa power use can be optimized.
Compared to a hot tub, importance has to be placed on the fact that inflatable hot tub electricity usage is better. Typical SaluSpa uses roughly 30 cents to $1.20 of electricity each day. Start tracking your electricity usage today to implement energy-saving routines hot tub usage. Enjoy your hot tub “relax and rejuvenate“ time while still keeping control of the energy of the utilities.
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