Heat-storage type heat supplying apparatus and heat-storage type heat supplying system

A heat-storage type heat supplying system, comprising:

• the heat-storage type heat supplying apparatus comprising a third supply tube that supplies the heat-exchange medium flowing in said first supply tube directly to said second supply tube;
• a third flow rate control section that controls the flow rate of the heat-exchange medium to be supplied from said first supply tube to said heat-removing device by controlling the flow rate of said heat-exchange medium to be supplied from said first supply tube to said third supply tube, and a first heat quantity detector that detects a first thermal parameter being a state variable regarding a heat quantity taken out from said heat-exchange medium by said heat-removing device, wherein said third flow rate control section controls the flow rate of said heat-exchange medium to be supplied from said first supply tube to said third supply tube and controls the flow rate of the heat-exchange medium to be supplied from said first supply tube to said heat-removing device based on a detection result of said first heat quantity detector;
• and
• an absorption type water cooler/heater that makes cold water by utilizing vaporization heat of water;
• said heat-removing device that supplies heat taken out from said heat-exchange medium, to which heat has been supplied, to said water utilized in said absorption type water cooler/heater;
• a first water supply tube that supplies said water from said absorption type water cooler/heater to said heat-removing device;
• and
• a second water supply tube that supplies said water to which heat has been supplied, from said heat-removing device to said absorption type water cooler/heater and has said first heat quantity detector that detects the temperature of said water to which heat has been supplied, as said first thermal parameter, wherein
• said third flow rate control section controls the flow rate of said heat-exchange medium to be supplied from said first supply tube to said third supply tube and controls the flow rate of the heat-exchange medium to be supplied from said first supply tube to said heat-removing device such that a temperature of said water, which is detected by said first heat quantity detector, becomes 70° C. or higher and 100° C. or lower.

A heat-storage type heat supplying system, comprising:

• the heat-storage type heat supplying apparatus comprising a third supply tube that supplies the heat-exchange medium flowing in said first supply tube directly to said second supply tube;
• a third flow rate control section that controls the flow rate of the heat-exchange medium to be supplied from said first supply tube to said heat-removing device by controlling the flow rate of said heat-exchange medium to be supplied from said first supply tube to said third supply tube, and a second heat quantity detector that detects the second thermal parameter being a state variable regarding a heat quantity of said heat-exchange medium to be supplied to said heat-removing device, wherein said third flow rate control section controls the flow rate of said heat-exchange medium to be supplied from said first supply tube to said third supply tube and controls the flow rate of the heat-exchange medium to be supplied from said first supply tube to said heat-removing device based on a detection result of said second heat quantity detector, and
• said heat-removing device, wherein
• said heat-removing device is an absorption type water cooler/heater that supplies heat taken out from said heat-exchange medium, to which heat has been supplied, to water and makes cold water by utilizing the vaporization heat of said water.