Introduction:
The heating source is between the surface layer and the energy storage plate. After electrification, the heat is transferred upward to the ground, and the rest of the heat is transferred to the energy storage layer, so that the ground temperature will not be too hot and can achieve rapid heat; When the power is off, the energy storage plate continues to release heat, so that the floor heating system heating balance, that is to reduce energy consumption and more comfortable. With the energy storage plate to absorb heat, the surface temperature of the source of heat will not be too high, so it is not easy to aging; The flame-retardant energy storage board avoids direct contact between the heating source and the flammable insulation board, and there is no power connection below the ground, thus ensuring safety. Energy storage plate absorbs a large amount of waste heat, so that the temperature of the insulation board is not very high, effectively blocking the heat transfer to the floor, greatly reducing the operating costs.
The basic reason for its aging is that the heating source keeps heating up and the heat can not be effectively distributed. The structure and performance of the floor heating of energy storage fundamentally solve the aging problem of the heating source of rapid thermoelectric floor heating.