TEMPERATURE DISTRIBUTION IN WALLING WITH THERMAL BARRIER

Abstract

We consider mitigation of heat consumption for heating by conventional energy by using low-grade energy in the soil thermal barrier. Thermal barrier is a system of pipelines, which is located in the opaque envelope between the insulation and bearing walls. Feed warm or cold coolant in the winter or summer respectively can reduce heat loss or heat leakage everywhere envelope. The paper investigates the heat loss through the envelope with thermal barrier, temperature distribution inside the wall, depending on the ambient temperature. The influence of the thickness of the bearing wall envelope and insulation thickness on the temperature distribution in the middle of the wall Found minimum coolant temperature in the thermal barrier and the analysis of the transformation coefficient of thermal heat pump capacity building needs of the coolant at the inlet of the thermal barrier. Constructed depending the heat and heat the room, depending on the volume of heat thermal barrier. Energy savings are calculated as a percentage of heating and cooling, depending on the volume of heat (heat consumption) thermal barrier in the summer and winter periods.