Application of self-regulating heating elements in underfloor heating system
I. Yu. Shelehov, N. L. Dorofeeva, M. I. Shelehov
Abstract
I. Yu. Shelehov, N. L. Dorofeeva, M. I. Shelehov
Abstract
This paper investigates performance of a new heating element recommended for use in underfloor heating system. This element has the property of self-regulation and is made using mesh-screen-printing technology. The self-regulating effect of the heating element is provided by the homogenization of graphite (carbon black) and metallic (Ni3B) powders with a polymer binder. For field studies, a stand was made that simulates a living room in a rural area. The parameters of thermal comfort were assessed by the method of O. Fanger. The experiments carried out prove the effectiveness of using self-regulating heating elements in conjunction with other space heating systems. When using self- regulating heating elements, external control devices are not required. Energy savings should be approximately 10%.
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This paper investigates performance of a new heating element recommended for use in underfloor heating system. This element has the property of self-regulation and is made using mesh-screen-printing technology. The self-regulating effect of the heating element is provided by the homogenization of graphite (carbon black) and metallic (Ni3B) powders with a polymer binder. For field studies, a stand was made that simulates a living room in a rural area. The parameters of thermal comfort were assessed by the method of O. Fanger. The experiments carried out prove the effectiveness of using self-regulating heating elements in conjunction with other space heating systems. When using self- regulating heating elements, external control devices are not required. Energy savings should be approximately 10%.
Key concepts: Heating element, Heating system, Graphite, Materials science, Homogenization (climate), Mechanical engineering, Joule heating, Electric heating