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    • 1. 发明专利
    • Heat supply system
    • 热供应系统
    • JP2014149147A
    • 2014-08-21
    • JP2013269739
    • 2013-12-26
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • UEDA KENTAROHAYAKAWA HIDEKIMORITA TERUKISHIMOTO AKIRAMORITA KAZUKI
    • F24H7/02F24F5/00
    • PROBLEM TO BE SOLVED: To prevent operation efficiency of a heat source from decreasing while storing heat with high density in a heat storage part, without causing fluctuation of the pressure and flow rate of a heat medium circulating through a heat reception part as the heat source.SOLUTION: A first heat medium circulation passage C is provided so that a first heat medium can flow into a heat storage part 10. A hot water flow passage L1 comprises: a water supply port to which pressurized water is supplied; heat exchangers 12, 13 installed in the heat storage part; and a hot water discharge port discharging high-temperature water. Water having flowed in from the water supply port is subjected to heat exchange to at least any of latent heat storage materials 20a, 20b and the first heat medium by the heat exchangers 12, 13, to be thereby flown out to the hot water discharge port. Consequently, heat supply is performed on a heat use side.
    • 要解决的问题:为了防止热存储部分中高密度地存储热量而导致热源的运行效率降低,而不会引起循环通过作为热源的热接收部件的热介质的压力和流量的波动 解决方案:设置第一热介质循环通道C,使得第一热介质可以流入蓄热部分10.热水流动通道L1包括:供水口,供给加压水的供水口; 安装在蓄热部的热交换器12,13; 和排出高温水的热水排放口。 从供水口流入的水通过热交换器12,13对至少任意的蓄热材料20a,20b和第一热介质进行热交换,从而流出到热水排出口 。 因此,在热使用侧进行供热。