Blog

How Heating and AC Repair in Frisco, TX Prevents Your Heating System from Overpowering

How Heating and AC Repair in Frisco, TX Prevents Your Heating System from Overpowering

Do you have plans to replace your heating system in the near future? Has your heating system exceeded its expiration date? If so, you may be planning to contact a company to send a professional technician for heating and ac repair in Frisco, TX. In that case, you need to go out and invest in a heating system, but you need to ensure that it is not overpowered. An overpowered heating system means that it uses a lot of heating power to heat your home, which is bad for your electricity bill.

If My Budget Allows Me to Get a Powerful Heating System, Why Should I Not Invest in it?

Even though it might not make sense to you as to why you should not invest in a powerful heating system if you have the money for it, it will in a second. An overpowered heating system in comparison to an underpowered heating system can be more damaging. If you show the problem to a professional with experience in heating and ac repair in Frisco, TX, they will tell you that the reason for this is short cycling.

What is Short Cycling?

Short cycling refers to a heating system that utilizes more energy when it turns on and turns off than if it just normally ran. Once your heating system speeds up, it uses less energy than it did when you first turned it on. A professional with experience in heating and ac repair in Frisco, TX will tell you that ideally your heating system should run at least 15 minutes at one time, and you call this an energy-efficient heating system.

When your heating system tends to operate longer than 15 minutes, it is performing its job too fast, and this process is known as short cycling. Your heating system will turn on and turn off very quickly as the cold winter air enters your home, cooling it.

This will be a continuous process — running for a short duration and turning on and off again repeatedly. Short cycling will take a toll on your heating system. This process will result in your heating system consuming more fuel and it places a large amount of stress on its individual components, causing them wear down and malfunction with time.

You will find yourself contacting a professional for heating and ac repair in Frisco, TX more often than necessary. Not only will you be paying more money, but you will also be increasing the likelihood of your heating system suffering from serious breakdowns far sooner than you anticipated of facing them. If that is the case, you should have the number of a heating and ac repair in Frisco, TX on hand, as replacing your heating system — whether new or old — makes the most sense.

How Will a Professional Heating and AC Repair Technician Resolve the Issue?

When you contact a trained technician for heating and ac repair in Frisco, TX, they visit your home to perform calculations. Their calculations will include sunlight exposure, square footage, the amount of insulation in your walls, and other related factors. Next, they will present you with the calculations and inform you on whether your heating system is overpowered or not. Since you do not want to encounter this problem at all when you buy and install your heating system, you can shop for a heating system accordingly, so you do not make the mistake of buying an overpowered one.

Make the Right Decision — Buy a Heating System Based on Power Levels

You do not want to buy an overpowered heating system, as that it can increase your electricity bills and compromise efficiency. To ensure you buy a heating system that does not give you these two issues, you need to inspect your current heating system to see how much power it generates. When you go into the market to look at the different types of heating systems available, you need to look for balance. To do that, you first need to learn about underpowered heating systems.

Believe it or not, but most people appreciate the issues they encounter with an underpowered heating system with one issue being it running the entire day without reaching the desired comfort level. However, that does not mean that you should choose an underpowered heating system over an overpowered heating system, as you can still encounter the same issues of the heating system turning on and off due to its inability to maintain the desired temperature.

That is where the confusion starts when you hit the market to look at the different heating systems available. When you are looking for one, you need to find a heating system that strikes the perfect power balance between an overpowered and underpowered heating system. A professional trained in heating and ac repair in Frisco, TX can help you with making the right decision.

The Golden Rule to Find the Ideal Balance between an Overpowered and Underpowered Heating System

The golden rule is that you need to invest in a heating system that is neither too large or too small, but just right. Even though the starting point for hunting for your new heating system is your current heating system, it is may not be a complete representation of your new heating system. For this reason, you will need to get in touch with a trained and experienced technician for heating and ac repair in Frisco, TX to perform lots of calculations to identify the power level that is most suitable to your home and specific requirements.

For instance, the trained technician will look at areas of your home that require additional heat such as your laundry room and kitchen. The level of insulation will determine how efficiently your home retains the warmth.

In return, this influences the performance and efficiency of your heating system. They will also look at the windows of your home, especially ones that face west or south. Large windows will let in more sunlight and make your home warm.

If you want a trained, professional, and experienced technician for heating and ac repair in Frisco, TX to visit your home and perform calculations to identify the type of heating system you should get for your home, get in touch with K&S Heating and Air.