
Pflugerville faces hot, long and muggy summers. The winters, however, are windy, short, and cold. The temperature typically fluctuates from 41°F to 95°F over the year.Â
But considering the weather in Pflugerville, what temperature should you set your thermostat to? If you’re already setting optimal temperatures and your system is still not cooling properly, perhaps it needs an air conditioning repair Pflugerville TX service? Let’s discuss all of that below:
More than half of the energy used in homes is related to the use of your air conditioner and heating unit.Â
This is why it is imperative to use your thermostat smartly to reduce your energy bills while feeling comfortable.Â
The temperature in Pflugerville can also sometimes cross 100°F. It is important to manage your energy costs while remaining cool.Â
In that case, setting your thermostat at 78°F is advisable. You can set your thermostat at this temperature during the daytime while you are home in summer. This helps balance comfort, energy cost, and the overall AC performance. As a result, it saves you from an air conditioning repair Pflugerville TX service.
If you aren't home, set the thermostat at 82 to 85°F to prevent your AC from running unnecessarily. When you run your AC as required, your air conditioning repair Pflugerville TX requirements reduce manifold.Â
While sleeping in summer months, set the thermostat at 75 to 76°F. This temperature allows for comfortable sleep.Â
Setting your thermostat at 78°F also helps to dehumidify your home. Your house may feel clammy if you set your thermostat at an extremely low temperature.
Winters in Pflugerville are generally short and mild. But there could be days when they may get windy.Â
When you are home during the daytime, set your thermostat at 68°F to 70°F. This is because it is an ideal energy-saving range.Â
When you are away or fast asleep, you can set the thermostat at 65°F to 67°F or lower to give your heater a break. This also helps in reducing your bill.Â
A common misconception related to a thermostat is that a furnace works harder than normal to warm the space once the thermostat has been set back. And this results in little or no savings.Â
But the truth is that as soon as your house drops below its normal temperature, the loss of energy to the surrounding environment slows down.Â
The rule is that during winter, you should reduce the interior temperature of your house. This will help slow down the heat loss.Â
If your house remains at a low temperature for a long period, it saves you energy. This is because your house loses less energy than it would have at the higher temperature.
The same concept applies to summer. Increasing your thermostat setting raises the interior temperature. This helps in slowing down the flow of heat into your house. It saves energy on air conditioning.Â
Yes, if your AC has been performing unusually, it may indicate a need for air conditioning repair Pflugerville tx.Â
It may signal:Â
If your AC needs repairmen, your thermostat may get unresponsive or may show incorrect temperature readings.Â
The AC may frequently turn on and off without cooling the home effectively.Â
Your home may also face uneven temperatures, or the AC blows warm air.Â
In that case, you may need the assistance of a repair company to handle your cooling system's issues.Â
If you want to optimize your thermostat's performance, you need to ensure a few things.Â
Set your thermostat as per the weather conditions outside and inside your house. For instance, in winters, set the thermostat to 68°F while you are awake and home. You can reduce it by 7 to 10°F while sleeping or away. Similarly, set the thermostat to 78°F when you are home. Increase the temperature when you are away.
Ensures that your fan runs when the system is actively heating or cooling. This method helps save energy.Â
You should prefer using ceiling fans to circulate air. These fans allow you to set the thermostat a few degrees higher. This works perfectly in summer without you sacrificing your comfort.
Install or place the thermostat on an interior wall near the center of the home. This placement will help give you the most accurate average temperature reading. Also, make sure to install it about five feet from the ground.
Avoid exposing your thermostat to direct sunlight. Don’t put it next to windows, doorways, and heat-producing appliances. Heat can result in false readings and inefficient operation of the device.Â
Use a smart thermostat to automate temperature adjustments based on your schedule. Check the thermostat's accuracy annually with a thermometer. You should also recalibrate if necessary to ensure it accurately reflects the temperature of the room.Â
Here are a few other tips.Â
Setting your thermostat correctly can be game-changing. A thermostat ensures to provide you immense comfort in your Pflugerville house in Texas if set ideally.Â
Simply set the thermostat to 68°F while you are awake and home. Then reduce it down by 7 to 10°F while sleeping.Â
In summer, set your thermostat to 78°F when you are home. Increase the temperature when you are away.
Need someone to install or calibrate a thermostat for you? Contact Grande Air today at (512) 677-4424 for all types of installations and repairs. We can install and optimize your thermostat performance so you can get a cozy house throughout the year.Â
Only if your humidity stays below 60%, otherwise you risk mold growth and a "swampy" smell that takes hours to clear once you're home.
Pflugerville’s high-ceiling homes often trap a heat pocket upstairs. If that’s the case with you, keep the "Fan" setting to "On" instead of "Auto" to keep that air circulating.
Yes, local homeowners often bump the heat higher than normal and open attic hatches slightly to ensure warm air reaches the uninsulated pipes in the roof.
In Pflugerville, it's often the 65%+ indoor humidity, not the temp; many residents find that 77°F with a dedicated dehumidifier feels colder and is cheaper than 72°F without one.
Most Texas units are only designed to cool 20°F–25°F below the outdoor temp, so trying for 68°F on a triple-digit day usually just leads to a frozen evaporator coil and a dead system.
