The oversized equipment, along with its extra capacity, is easily able to recover from any temperature setback and quickly warm the space upon the homeowner’s return. This practice, known as thermostat setback, often saves money and energy when operating a fossil fuel furnace.Ī traditional heating system is typically oversized to meet the needs of the conditioned space, but unlike heat pumps, this doesn’t create a significant decrease in its operating efficiency. Many homeowners are accustomed to adjusting their thermostat if they plan to be away from the house or asleep. Thermostat use Increasing and Decreasing The Thermostat In contrast, a tightly-insulated home acts as a protective barrier, keeping hot air inside when it’s cold and hot air outside when it’s warm, saving homeowners on average up to 20% on their home’s heating and cooling costs. If a home is leaky and poorly insulated, its HVAC system will work extra hard to replace the escaped hot air when it’s cold and remove the invasive hot air when it’s warm. In addition, air can inadvertently enter and escape through a home’s cracks, crevices, and openings, especially around doors and window frames. During the summer, heat flows from the warmer outdoors into the cooler indoors. Heat naturally flows in one direction- from warmer spaces to cooler ones until no temperature difference exists.ĭuring the winter, heat moves directly from heated living spaces to adjacent unheated areas and indirectly through walls, floors, and ceilings. Insulation is any material used to fill the spaces in your home to reduce and resist unwanted heat flow. The greater a home’s square footage, the more energy that’s required to properly heat and cool. No combustion (fire!) within the unit means no flame related wear-and-tear and more moderate temperatures within the equipment, protecting from internal extremes. As a result, geothermal systems aren’t subject to wind or weather and have even been called storm-proof.īut that’s not the only reason why geothermal systems last a long time. Geothermal equipment is protected both indoors and deep in the ground. Why do geothermal systems have longer lifespans than conventional equipment? On average, conventional furnaces last anywhere between 15 and 20 years, while central air conditioners last 10 to 15 years.Īlternatively, geothermal heat pumps typically last 20 to 25 years, and the ground loops installed in the yard can last more than 50 years (even up to 100!). How long do geothermal systems last compared to conventional equipment? The pipes are made of an inert and extremely durable material-the ground loop will probably outlast your home. The ground loop itself is sealed and requires no maintenance. If the wattage of Nuheat Mat is greater than that of your baseboard heater, ensure the total load will not exceed breaker size.Every five years: have a qualified service technician perform a basic inspection of the system.
#ELECTRIC RADIANT FLOOR HEATING COST TO OPERATE CALCULATOR HOW TO#
How to Replace Your Baseboard Heater with a Nuheat Floor Heating Systemīefore you start, confirm the baseboard is on a dedicated circuit (Nuheat requires a dedicated circuit). Nuheat allows complete freedom for decorating, while maintaining a comfortable room temperature. And given the fact heat emanates from the entire floor, there’s no need to worry about furniture covering heat registers or the proximity of items to a baseboard heater. Nuheat, on the other hand, is a nearly invisible product, tucked neatly beneath the flooring surface – its stylish thermostats being the only visible aspect of the system. Designer Livingīaseboard heaters are unsightly and protrude from the wall any where from 4″ to 5″.
Because the heating source is safely incased between layers of thinset, there is no concern of furniture, drapes or children coming in contact with the heating source. Nuheat is a service-free product, boasting a 25-year warranty and requiring no maintenance. Even after Nuheat is turned off, this thermal mass continues to feel warm and emit its stored heat – again increasing efficiency and reducing energy costs. This thermal mass retains and stores the heat emitted by the system. Residual Heatingīy the virtue of its installation method, Nuheat is encased in a thermal mass (thinset layers above and below the Nuheat system). And by maintaining a cooler ambient temperature – while still maintaining comfort – energy cost are reduced and heating becomes more efficient. This translates into consistent comfort despite a cooler ambient air temperature. Because this heat emanates from the entire floor surface, the heat is even, consistent and most concentrated under 6 feet – where most of us spend our time. In lieu of heating and reintroducing warm air into a room, Nuheat directly heats the occupants of a room through conduction, as well as controlling the air temperature by introducing heat directly to the room.
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