Heating Systems Based on Nanostructured Multielectrode Composite Electric Heaters

Abstract

A review and analysis of existing systems and technical facilities of local heating of facilities in the power industry and agroindustrial and housing and communal services, including those based on nanostructured multielectrode composite electric heaters, are presented. The electrophysical and physical-mechanical parameters of insulation were defined, which make it possible to use the electric heaters in corrosive media and wet conditions. A calculation methodology of antifreezing systems using nanostructured multielectrode composite electric heaters is presented using the example of heating vertical gutters. The weight coefficients of ingredients of current-conducting composite material for implementation of conditions of self-regulation of electric heater to providing its energy-efficient functioning are determined.