Most air conditioning systems are designed to operate at outdoor temperatures of 100 degrees or less. When outdoor temperatures exceed 100 degrees Fahrenheit, the air conditioning system can consume more energy and start to malfunction or fail. The reason your air conditioner can't offer cooler temperatures inside your home may be disappointing to know, but it simply wasn't designed for it. The limited capacity of the air conditioner unit can be frustrating, but setting the thermostat too low could cause wear and tear on the system.
On average, your air conditioner unit can lower the indoor temperature to about 15° F lower than anything that is happening outside. With the right settings, you might be able to lower the temperature by 20 or 25 degrees F, but if it's 110 degrees outside, you might still sweat. While it may seem like your system isn't working, you're probably doing your best during extreme temperatures. Many people right now will wonder why the systems aren't designed for higher temperatures.
The short answer is that you can't design a system to work efficiently at the ends and also make it work well at the averages. So we have to sacrifice for a few days of extreme temperatures to be comfortable the rest of the year. Bertsch Heating %26 Cooling provides professional residential air conditioning services throughout Kootenai County. Heat pumps are versatile devices that heat and cool a home, without having to install ducts like central air does.
Many central heating and air conditioning units in Texas use a heat pump instead of a furnace, unlike other areas of the country, such as the Northeast. So, with a 100-degree heat wave, if your air conditioner treats indoor air at approximately 80 degrees or slightly below that temperature, then it's operating normally. Manufacturers of air conditioning units claim that when outdoor temperatures exceed 99 degrees, the unit's total BTU capacity decreases. If none of the potential problems mentioned above are to blame, the unit's BTU capacity may be the reason the air conditioner unit has problems.
This will limit the amount of air that needs to be treated to what's in that room, helping to accelerate how quickly the air cools. If temperatures far exceed temperatures above or below average temperatures, heating and air conditioning units have to work much longer and, in some cases, may stop working completely. However, there are several other reasons why people's heating and air conditioning units stopped working during this unusually cold winter. We just looked at some of the problems heating and air conditioning units may experience during extreme temperatures.
Although the refrigerant doesn't wear out or evaporate, a refrigerant leak can cause the air conditioner unit to be unable to keep up and gradually stop working completely. Since air conditioners work by blowing cold air into the room, those little villains can take a walk and spread out, colonizing other places. Opening doors and windows will only allow more warm air to enter and will cause the air conditioner to run longer to cool the house again.