Experimental test on Carbon Crystal Panel system and simulation research on its partial-heating program

Carbon Crystal Panel (CCP) system, a new type of electric-heating system material based on the mechanism that nano carbon crystal sends out quantity of heat when it is electrified, enjoys lots of advantages, such as good controllability, cleanness during using, and high thermal response-speed. Compared with experimental data, the validity of mathematical physical model of the indoor CCP system is verified. According to the occupied feature of office rooms in southern cities of China, partial-heating program of CCP system is put forward and its indoor temperature field is simulated. The result shows, under the partial-heating condition, the temperature in localized working region comes up to the indoor designed temperature; the partial-heating program achieves the effect of energy-conservation. This paper provides technical support for the application of CCP system in public buildings.

► We introduce a new type of electrothermal material to heating programs.
► We put forth the partial-heating program of CCP system in hot summer and cold winter region.
► The mathematical physical model is verified to be right by comparison of experiment and simulation.
► The system can meet people’s thermal demand in localized region.