Avoid these mistakes with air conditioning and save electricity

Air conditioning is known for being one of the highest energy-consuming devices in our homes. During the hot summer months, it becomes a tempting option to cool down our living spaces. However, it’s important to be mindful of the significant impact it can have on our electricity bills. By making some adjustments and avoiding common mistakes, we can effectively reduce our energy consumption. Here are some key tips to help you save electricity while using your air conditioner.

Firstly, it’s essential to recognize that not all air conditioners are created equal, and their energy consumption may vary. Older units, for instance, tend to be less energy-efficient compared to more modern models. Nevertheless, regardless of the type of air conditioner you have, there are measures you can take to conserve energy and prevent your electricity bill from skyrocketing.

air conditioning mistakes

Avoid mistakes with air conditioning

While there is a base level of energy consumption associated with using air conditioning, it can be further increased if certain mistakes are made. It’s worth noting that a significant portion of your overall energy expense depends on your actions and how you manage the devices you use on a daily basis. This is particularly important when it comes to controlling devices with higher energy consumption. By being mindful of your usage and implementing energy-saving practices, you can effectively manage and reduce your energy consumption.

Not adjusting the temperature

Undoubtedly, one of the main mistakes when using air conditioning is not properly adjusting the temperature. Each degree higher or lower can have a significant impact on energy consumption, with a potential saving or increase of around 7%. It’s important to set an appropriate temperature and avoid making the house colder than necessary.

The ideal temperature to maintain during summer may vary based on personal comfort preferences, but most experts recommend setting it between 24 and 27 degrees Celsius. During the night, depending on the initial temperature setting, you can consider raising it slightly. For example, you could set it to 24 degrees during the day and increase it to 25 degrees at night. Finding a balance that ensures comfort while minimizing energy usage is key.

Turn it off and on a lot

Another common mistake that can lead to increased energy consumption is constantly turning the air conditioner on and off. When you initially turn on the air conditioner, it may consume around 1000Wh as it starts cooling the room. However, once it reaches the desired temperature, it will consume significantly less, typically around 200Wh, to maintain it.

Turning off the air conditioner causes the temperature to rise rapidly, and when you turn it on again after a few minutes, it will need to work harder to cool the house, putting more strain on the compressor. Therefore, it is advisable to avoid continuously turning it on and off. It is more energy-efficient to keep it running, unless you will be away from home for an extended period of time. By maintaining a consistent temperature, you can optimize energy usage and avoid unnecessary spikes in consumption.

Not having good thermal insulation

Another factor that can lead to increased energy consumption is having open windows or doors while running the air conditioner. When outside air enters the room, the air conditioner will have to work harder to reach and maintain the desired temperature, resulting in higher energy usage.

To prevent this, you can use insulation materials to seal any gaps or leaks in your windows. Proper insulation will help maintain a more stable indoor temperature and reduce the need for excessive cooling, ultimately saving energy.

As you can see, it is crucial to use your air conditioning system wisely. Avoiding common mistakes will help you minimize unnecessary energy consumption and reduce your monthly electricity bill. Take the time to review your air conditioning habits and ensure that you are using the device efficiently to maximize energy savings.