Is Your Central Air Added To Your Water Bill?

Is it true that having an air conditioner raises your electricity bill? When the summer heatwaves arrive, most homeowners have this question. The cost of running your air conditioner could account for 43% of your overall energy bill. People frequently ask if their air conditioner is increasing their electricity bill, and while running any electrical equipment in your home does cost money, it doesn’t have to cost an arm and a leg.

Is the water line used for central air conditioning?

It wouldn’t be completely unexpected to see water surrounding a water heater, boiler, or even a swamp cooler. After all, water is used actively in the operations of all of these systems. A central air conditioner, on the other hand, does not utilize water. It does not have access to a water supply pipe or a storage tank.

Is it expensive to run central air?

I also put created a calculator to figure out how much it costs to run your central air conditioner. Continue reading to find out more.

Depending on where you reside, the monthly energy cost of running a central air conditioner ranges from $76 to $168. Heating and cooling account for around half of the total expenditure. People are concerned about the cost of running their central air conditioner because of this.

It might cost you anywhere from $900 to $1200 every year, according to a ballpark estimate. This is dependent on the power and the number of daily running hours.

I’ve designed a calculator that factors in various inputs and outputs the cost per year to assist you understand the cost of running a central air conditioner.

Is it true that air conditioners gather water?

You may have observed some water pooling beneath a window air conditioning unit if you’ve ever stepped outside near one. After a leak, you may have had to clean up after your own air conditioner. As part of the cooling process, air conditioners produce water. Some of the water is used to chill the air, while the rest is discharged through the unit’s back. Learn why air conditioners make water so you can avoid leaks and maximize efficiency.

Humidity in the Air

In the summer, warmer temperatures can mean higher humidity. The amount of water in the air is referred to as humidity. One method your air conditioner makes the air more comfortable is by eliminating part of this moisture and lowering the humidity levels in your home.

How Air Conditioners Work

Air conditioners use refrigeration to chill the air. Two sets of coils are joined by a condenser within your air conditioner. One coil is kept heated, while the other is kept cold. Chemicals inside the coils evaporate and condense repeatedly, causing the coils to cool. As a result, the air blowing over them becomes cooler. When air condenses on the coils, it wrings out water in the same manner that air condensing on a cold can of soda generates moisture on the sides.

Some of this water will re-evaporate, aiding in the cooling of the coils. The rest of the water drains from the air conditioner’s back.

It’s a positive sign if your air conditioner is producing water since it shows it’s working properly. If your air conditioner isn’t creating any visible water, there could be a problem. The water could be running somewhere it shouldn’t, or it could be freezing into ice on the coils.

Leaking Air Conditioners

While all air conditioners produce water during the chilling process, this water is supposed to flow out the back or through a designated drain line. If the water is coming from somewhere else (such as a pool in your home), your air conditioner is leaking (and therefore not working properly).

Plugged Drain Lines

The great bulk of the water produced by your air conditioner must be drained. Water will collect within if the drain pipe is stopped or obstructed. This can lead to issues like leakage from seams or other parts of the air conditioner.

Unplug your air conditioner and inspect the drain line if you find water leaking inside. Before turning it back on, unplug the drain line and make sure it’s clear.

Ice Collection

When an air conditioner has too much water within, the internal fans blow the excess water onto the unit’s cold coils. The coils can frost over over time, affecting the operation of your air conditioner dramatically. When you turn off an impacted air conditioner and the air inside warms up, the ice melts, resulting in a puddle of water beneath the unit.

If the air conditioner ices up, disconnect it and tilt it back slightly so that the water drains out instead of in. Check to see if the drain line is stopped, as this can sometimes be the source of extra water. If there is still ice, use a hair dryer to melt it and get your air conditioner running again.

Warm Air Infiltration

Warm outside air could be penetrating your home if your window air conditioning unit isn’t properly sealed. When you may not be aware of this while your air conditioner is working, it will. The warm outside air will condense when it hits the cool air conditioner, forcing the humidity out of the air and causing it to trickle down the air conditioner’s sides. If you find yourself in this situation, close your window to keep the warm air out.

Understand Your Air Conditioner

You’ll be able to keep your air conditioning machine in good operating order if you get to know it better. Learn more about how your air conditioner works and what behaviors to expect when using it so you can make smarter maintenance decisions.

What is the purpose of air conditioning?

Central air conditioning systems come in a variety of brands, models, and types. Each model has its own set of features and ratings for energy efficiency. All central air conditioners, however, have one thing in common: they all run on electricity rather than gas. Your electricity comes from your local power provider, of course. If you’re concerned about your family’s carbon footprint, you should look into your local utility company’s power source.

Many Tucson residents rely on Tucson Electric Power (TEP) for their electricity. TEP once relied on coal to generate electricity. Coal is a significant polluter and a big contributor to climate change. TEP, on the other hand, stated in 2015 that it will stop using coal at its largest power plant. This decision was made in order for TEP to become more ecologically conscious. It also aided Pima County in transitioning to stricter ozone requirements. TEP is now using natural gas instead of coal, which is significantly less hazardous to the environment.

Is there a connection between the water heater and the air conditioner?

This is when things become a little complicated. Boilers heat water as well, but in addition to providing hot water for the functions listed above, they also provide warmth by circulating the hot water around your home via pipes and baseboard radiators. (Some boilers turn the hot water to steam and then utilize steam radiators, which is less efficient.) Boilers are classified as HVAC since they are designed to provide heat (rather than merely hot water).

Furnaces also heat your home, but they do it without using any water. Furnaces, on the other hand, heat the air and then distribute it throughout your home via ducts.

Many individuals now use the terms boiler and furnace interchangeably, which might cause confusion when you contact for service. If you indicate your furnace broke down but you have a boiler (or vice versa), we can send the wrong technician with the wrong tools. It’s a good idea to keep in mind that if you have radiators, you probably have a boiler. You have a furnace if you have ducting.

Check out this useful infographic from to learn more about how each of these systems works, including diagrams of what radiators look like.

Is it true that having an air conditioner raises your electricity bill?

“Every degree higher in the AC temperature saves roughly 3-5 percent electricity,” Majumdar remarked. Increasing the temperature of your air conditioner from 18 to 27 degrees can save you $6,240 each year.

Is it cheaper to leave the air conditioner running all day?

First and foremost, it is critical to dispel the idea that shutting down your air conditioning will cost you more money because it will have to work so hard to cool your home down again. That isn’t how air conditioners work. Regardless of the temperature, your air conditioner runs at the same speed. It merely runs a little longer to chill your home down even more.

This means that if you left your air conditioner on all day, it would turn on and off constantly to keep the temperature cool.

Meanwhile, instead of switching on and off numerous times, if you merely turn it on in the evening, it will operate continuously for a few hours. At the end of the day, all of the time wasted turning things on and off adds up. If you leave your air conditioner on all day instead of turning it off, it will last longer. It runs less and saves you more energy if you switch it off for a portion of the day.

Shutting off your air conditioning while you are gone from home will nearly always save you money. Some localities, however, charge more for electricity consumed during peak hours, which are often between 5 and 11 p.m. If you reside in a region where this type of payment plan is used, cooling your home in the evening may cost more than keeping it cool throughout the day. The cost reductions usually outweigh the higher overnight cooling costs, although each power company is unique. Before thinking that you will save a lot of money, examine your local electricity costs.

How can I save money on my air conditioning bill?

6 Effortless Ways to Lower Your Air Conditioner’s Electricity Bill

  • The installation was done correctly.
  • Insulate the room and avoid direct sunlight.
  • Maintenance and service should be performed on a regular basis.
  • You’ve set your thermostat to an uncomfortably low setting.
  • Choose an energy-efficient air conditioner with a high star rating.

Why is my air conditioner leaking so much water?

The most common reason of standing water in the drain pan is a clogged drain pipe. Air cools and loses some humidity when it flows through the evaporator coils of your air conditioner. Condensation on the coils is left behind as a result of the humidity. The condensation flows into the condensate drain pipe and out the drain line.

Water isn’t the only item that is left behind on the evaporator coil, unfortunately. Dust and debris might be left behind by the air that sweeps over these coils. If the dirt drips into the water, it can make its way down the drain line and plug it. Despite the fact that this is a relatively simple problem, it’s recommended to contact one of our professional technicians for this AC repair to ensure the job is done correctly and there are no further concerns.