The debate went on for years about whether lowering your home thermostat when you’re not at home saves money. (The argument against it states that it takes more energy to bring a cold home back up to a comfortable temperature than it does to maintain it at that level.) Home heating professionals finally concluded that lowering your thermostat even slightly can save money and energy.
Ambient Comfort LLC Blog: Archive for the ‘Thermostat’ Category
Lowering Your Thermostat Just One Degree Saves Money
Monday, November 27th, 2017Programming Your Thermostat To Save Fuel Costs
Wednesday, October 18th, 2017Changing your home thermostat setting is an easy way to save fuel costs.
Let’s start off by debunking a common myth that lowering the thermostat and then bumping it up again actually uses more energy. It doesn’t. Lowering your thermostat by just a few degrees in the winter when no one is home, and then again at night during sleeping hours will actually reduce your heating bill about 5 to 10 percent. Turning it down to 55 degrees during times when you will be away for a few days will also save money, as opposed to maintaining the home temperature as if people were present.
A New Thermostat Might Make Your Home More Comfortable
Monday, April 17th, 2017Thermostats function by detecting the air temperature inside your home and, when they reach a pre-set upper or lower limit, turning the heating or cooling system on or off until the air reaches the desired temperature. Home climate control thermostats are binary: they just turn the system on or off, and it’s how often they do it that regulates the temperature in the home.
Whether it’s the air conditioning unit cooling the home or the furnace heating it, the detection equipment must be accurate for the system to work properly. If you find that you can never get the temperature right inside your home no matter how you set it, the thermostat itself might be the issue.
Old-Fashioned Thermostats
The internal workings of most older thermostats rely on a bi-metallic strip, composed of two strips of different metals bonded to each other. Different metals expand at different rates in response to heat, so as the temperature changes, the bimetallic strip bends one way or the other. When it reaches a certain position, which you set by adjusting the thermostat, it closes or opens an electrical circuit, turning the heating or cooling system on or off.
Instead of the bimetallic strip, a few older thermostats rely on a gas-filled bellows that expands or contracts in response to changes in temperature, but the basic principle is the same: something with physical properties changes size in response to temperature changes, and this opens or closes a switch.
These “physical-change” systems are delicate and not as accurate as modern, electronic thermostats. Electronic thermostats generally retain their accuracy as long as they have a constant supply of voltage. The most common cause of an inaccurate performance in an electronic thermostat is a low or dead battery – an easy problem for any homeowner to resolve.
Modern Thermostats
Most electronic thermostats do a lot more than turn on and off in response to changes in air temperature. The majority of them are programmable, allowing you to set different temperatures for different times of the day – for example, during the heating season, to begin warming up a half hour before you get out of bed in the morning and a half hour before you get home from work in the evening, and allowing the home to cool down when you’re tucked into bed or at the office. Slightly more sophisticated programmable thermostats can have different programs set for different days of the week, to accommodate different schedules on weekends, for example.
The newest advance in thermostat technology involves IP (internet protocol) control. Of course these can be programmed for a daily or weekly schedule, but you can also change the settings at any time from your computer or smartphone. So, for example, if you’ll be late coming home from work, you can save energy by delaying the warm-up program for a couple hours. Or if you’re snuggled up with a book and feeling colder than usual, you can raise the temperature a few degrees via your phone or tablet without leaving the couch.
If that sounds like a nice way to stay comfortable and save on energy costs, contact Ambient Comfort in Vineland, NJ, for a thermostat upgrade. Ambient Comfort provides complete heating, ventilating and air conditioning sales and service to homes and businesses throughout Gloucester County and southern New Jersey. Want to learn more? Send us a message online or call us at 856-213-6586.
Contact Ambient Comfort in Vineland, New Jersey, for service: 856-213-6586. We provide emergency services in South Jersey.