In ancient times, subterranean dwellings were heated by underfloor heating which consisted of channels which could be filled with smoke. Today, research and development has made this sort of climate control feasible for modern businesses and homes.
Heat is transferred in different ways, and underfloor heating systems make use of all of them. Radiant heat, the kind that makes people most comfortable, is the source of most of the warmth in typical systems. Convection causes the indoor air to warm and circulate, and conduction makes the floor feel warm to the feet.
Electric underfloor heating is designed with a series of cables or a mesh of wires and is fairly simple to install and operate. Otherwise fluid-filled pipes are used, with hot liquid being sent from a boiler through a grid of pipes. This kind of system is more complicated, with gauges and controls. Both kinds can be laid under individual rooms or entire structures.
Under tile heating can make chilly materials pleasant to walk on in all seasons of the year, working for concrete, stone, and slate floors as well. This type of heating and cooling does not rely on forced air and is therefore ideal for those who have allergies. Molds and bacteria do not flourish on hard surfaces as they do in carpets, and problems caused by dust mites are greatly reduced.
Commercial buildings have long made use of this technology to heat their great thermal mass during the night, when utility rates are generally lower, and then allow the warmth to dissipate into the building during peak-use hours when rates are higher. Although most applications of the technology are in Europe and Asia, both business and residential consumers are turning to this form of both heating and cooling more and more in North America.
However, underfloor heating can be a practical and durable solution to home climate control today, with the use of plastics and the latest electronic advances. There are many companies who specialize in designing systems for new construction or in remodeling older homes with this type of system.
Heat is transferred in different ways, and underfloor heating systems make use of all of them. Radiant heat, the kind that makes people most comfortable, is the source of most of the warmth in typical systems. Convection causes the indoor air to warm and circulate, and conduction makes the floor feel warm to the feet.
Electric underfloor heating is designed with a series of cables or a mesh of wires and is fairly simple to install and operate. Otherwise fluid-filled pipes are used, with hot liquid being sent from a boiler through a grid of pipes. This kind of system is more complicated, with gauges and controls. Both kinds can be laid under individual rooms or entire structures.
Under tile heating can make chilly materials pleasant to walk on in all seasons of the year, working for concrete, stone, and slate floors as well. This type of heating and cooling does not rely on forced air and is therefore ideal for those who have allergies. Molds and bacteria do not flourish on hard surfaces as they do in carpets, and problems caused by dust mites are greatly reduced.
Commercial buildings have long made use of this technology to heat their great thermal mass during the night, when utility rates are generally lower, and then allow the warmth to dissipate into the building during peak-use hours when rates are higher. Although most applications of the technology are in Europe and Asia, both business and residential consumers are turning to this form of both heating and cooling more and more in North America.
However, underfloor heating can be a practical and durable solution to home climate control today, with the use of plastics and the latest electronic advances. There are many companies who specialize in designing systems for new construction or in remodeling older homes with this type of system.
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To help save energy and heat your home try Electric Underfloor Heatingfrom www.uheat.co.uk
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