Integrated low thermal inertia bathroom using high enthalpy bathroom device as heating and humidifying device

The utility model relates to an integrated low thermal inertia bathroom using a high enthalpy bathroom device as a heating and humidifying device. The integrated low thermal inertia bathroom comprises the high enthalpy bathroom device and an interior wall heat-insulation layer, wherein the high enthalpy bathroom device arranged on the roof a bathroom is low in heat accumulation power and high in heat releasing intensity and has functions of synchronous ventilation heat release and feeding water atomization and evaporation heat release, and the interior wall heat-insulation layer arranged on the roof and inner side wall of the bathroom is hydrophobic, and is low in density and heat conductivity. An interior wall heat insulation structure employed in the bathroom greatly reduces the thermal inertia of the bathroom, and minimizes air heat leakage of wall. The integrated low thermal inertia bathroom is low in heat accumulation power and high in heat releasing intensity. In the initial stage of heat release, heat release power reaches two times that of an electrothermal tube. Heating speed is fast, which greatly reduces the preheating time of the air in the bathroom. Ventilation heat release and feeding water atomization and evaporation heat release are carried out simultaneously, which improves the temperature and absolute moisture content bathroom at the same time. The integrated low thermal inertia bathroom increases enthalpy in the air, improves bathing quality and comfortableness, and is wide in application scope and easy for promotion.