New Materials for Heating Systems

Abstract

The paper describes a tankless heating system who are mounted thermocouples at the different process like input, output and in the median area of system depending on the water flow and the electrical power used for different level. Temperatures could be measured in transient or steady-state regime. The goal is to obtain a higher evolution of temperature in shortly time and to maintain this temperature for long time. Our solution means to achieve a carbon film and tubes inside on the spiral resistor. From the outer surfaces is introduced water to circulate in the system in order to capture the thermal energy from electrical resistance. The carbon film will be used because it has a very high thermal capacity, a geometry who could be modelate, and by using a comparator thermocouple it is possible to decrease the power consumption by spiral resistance and because the carbon film heating can be maintained and controlled after disconnecting the power supply.