26Aug
0

Keeping a home well ventilated, comfortably heated, cooled and as healthy as possible means having an ideal, balanced environment. Achieving this type of environment is possible by incorporating a heat transfer system into a residence in order to help existing heat sources work together and satisfactorily balance temperatures from room to room. Consistent temperatures correlate to dryer, warmer more comfortable conditions, more affordable energy bills and a healthier home.

How a heat transfer system works

Heat transfer systems, once installed into a home’s core ventilation system, allows occupants to manage their residential environment in the most efficient way possible. Heat transfer systems are designed with sophisticated ducting that quietly moves excessive heat from warmer areas to colder areas, effectively balancing temperatures. According to HRV, heat transfer systems also alleviate mold, improve air quality and reduce condensation altogether. Distributing warmer air to other areas of a home that may benefit from it, is both cost effective and energy efficient.

Methods of heat transfer

Heat transfer systems utilize heat, or energy from sources like fireplaces and heat pumps to create even temperatures throughout a home by moving warmer air to an area with cooler air. Methods of heat transfer include:

 

  • Conduction

  • Convection; and

  • Radiation

A heat transfer system works by way of convection, thereby allowing heat to flow in the form of energy and successfully transfer that heat from a warmer space to a cooler one.

The difference between heat transfer systems and radiant heating

Radiant heating comes prefabricated in many floating floor or laminate materials. The warmth felt from radiant heating comes directly from the source. For example, sub-floor heating systems, often found in bathrooms, typically use electrical conductors to heat the floor, and accordingly produce heat for an entire space. While radiant heating is an adequately efficient way of heating one space, heat transfer systems on the other hand, electrical at the source, differ because they transfer heat from a completely different location.

Efficiency of heat transfer systems

Although initial installation costs can be of consideration, heat transfer systems immediately produce cost-savings on utility and energy bills. These systems have the ability to minimize wasted energy through maintaining more consistent temperatures overall. Moreover, heat transfer systems may be eligible in some areas for tax credits for their energy efficiency benefits.

Alleviating cold, dampness and extra moisture or even mold in a home is not only visually beneficial, it provides a healthier environment to reside in. Heat transfer systems effectively dry areas of the home that are susceptible to these conditions by warming them and creating a more balanced environment that condensation will not be produced in. Further, heat transfer technology is an excellent solution in many demographic regions. Whether a home needs seasonal considerations, or from a design standpoint, construction materials require additional diligence, heat transfer systems can improve and accommodate many home challenges.

AROUND THE WEB

Leave a Reply