Cost to run and efficiency Electricity: A swamp cooler uses 60% to 80% less electricity than a standard AC unit, meaning big savings on electricity costs.
Strictly in terms of energy use, the ongoing shift from swamp coolers to air conditioners could be considered unfortunate. Air conditioners generally use two to four times more electricity than swamp coolers.
62 kWh to run (at $0.13 per kWh cost me $0.08 cents per hour to run). So depending on the speed, if I ran the swamp cooler 24 hours per day, my cost would be between $1.08-1.92 per day in electricity. Shifting to air conditioning, if you look at the graph above, you can see spikes in the usage.
Evaporative coolers cost about half as much to install as central air conditioners and use about one-quarter as much energy. However, they require a supply of water and need more frequent maintenance than refrigerated air conditioners.
Swamp coolers are still a great method to augment regular air conditioning at a minimal cost. They perform admirably in our arid heat and consume significantly less energy than that an air conditioning system. They operate better when the heat is far less than 100°F (38°C) and the moisture is less than around 27%.
Yes, you can leave an evaporative cooler running 24/7. Evaporative coolers rely on low-power fans that can run for long periods of time without an issue. While it's a good idea to switch the system off every now and then, you can use your evaporative cooler during extended stretches of hot weather.
'If you're looking for relief from the heat, it's best to put ice in front of a fan, not behind it,' he says. 'When this happens, the cold air from outside will enter through the open window, causing air pressure that pushes hot air out of your house naturally.
Cost to run and efficiency
Electricity: A swamp cooler uses 60% to 80% less electricity than a standard AC unit, meaning big savings on electricity costs.
Do Not Use Ice. The use of ice in addition to water can slow down the process of evaporation, and make it take much longer for cool air to come out. The water actually needs to be heated up in order for it to evaporate, and the use of ice will prevent this from happening quickly.
Running the evaporative cooler and air conditioner at exactly the same time would be a bad idea. Evaporative coolers need air flow, and air conditioners need a closed area.
Instead of running your cooler during the day, you can try running your cooler at night to maximize cooling power. Running your cooler at night ensures that the air delivered will be colder and have less pollen.
To get a general idea of your daily energy costs, multiply the wattage by the number of hours of energy consumption. For example, if the air conditioner consumes between 3,000 and 5,000 watts and runs for nine hours each day at a cost per kilowatt of $0.10, the daily cost ranges from $2.70 to $4.502.
The average life expectancy of a swamp cooler is 15 to 20 years depending on how well it has been maintained and the quality of your water. Very hard water will calcify the components of the swamp cooler making it wear out faster.
In short, an evaporative cooler is much more energy-efficient than an AC unit. This can save you money on your electricity bill every month. However, an air conditioner is also more precise at temperature control. It can also cool your home to lower temperatures than a swamp cooler can.
They should not be used when the climate is humid as they use humidity to cool a home. They do require more maintenance from a traditional central air conditioner. They are prone to leaks due to float problems. If the unit is on your roof, the water that leaks from the air conditioner can stain your roof.
Use a Dehumidifier
Dehumidifiers draw excess moisture from the air and store it in a tank ready for emptying. A dehumidifier makes the air drier, allowing better evaporation and increasing the efficiency of the swamp cooler. Place the dehumidifier close to the evaporative cooler's intake grill for better results.
As shown below, the best place to put an air cooler is near an open window. The cooler can then efficiently draw in fresh air and circulate it in the room before exiting via another window.
A swamp cooler works better in the shade.
How much space a swamp cooler can cool depends on how much air the cooler can move. In general, assume that a swamp cooler can cool one square foot of area for each four cubic feet of air it moves per minute.
Air coolers are the best choice for those on a budget or living in dry, hot climates. They offer an affordable upfront cost, low energy consumption, and eco-friendly operation, making them ideal for individuals who are conscious of both their finances and the environment.
Lay the cloth over the fan. As it blows the air out, it'll circulate through the cloth and the air will feel cooler. Make sure that the cloth cannot get caught on the fan in any way at all––if this is a possibility, don't use this method. Replace the cloth frequently, as they dry out.
The salt will lower the freezing point, causing the ice to melt slower and keeping your drinks colder for longer. You can also use salt to melt ice that has already formed. Simply sprinkle salt on top of the ice and watch as it melts. The salt will disrupt the ice crystals and cause them to melt faster.