| abstract |
Heat storage mat material A consisting of a flat bag-shaped container (1) divided into a plurality of sections by means of wrapped sealing parts (4), in which the heat storage materials (3) latent are hermetically sealed in the respective sections, and a plurality of holes (2) are formed. The sealing part (4) has a separable width so that the material (3) does not leak. In a capsule of heat storage material (2A, 3A), the latent heat storage material (201, 3B) is contained in a spherical container, and through holes (2A, 3) and recesses (302) and grooves (303) are formed to increase the heat transfer area. The material (A) and the capsule (2A, 3A) are used for a solar heat storage chamber and a solar energy radiator. A solar heat storage chamber (1A) has a material of heat storage mats (103) in a heat storage chamber (1 B). In a solar heat storage chamber (4A), a radiator heat exchanger (4B, 4D) and a latent heat storage tank (4C) are connected through a forced circulation liquid system (4E, 4F). In a solar heat storage chamber (5A), an air exhaust pipe (504) and an air intake pipe (505) are connected to an underground latent heat storage tank (5B), and an air spray hose (521) passing through a tank cover (502) is also buried. The solar powered hot water radiator uses anti-freeze heating fluid, and a heat exchanger (605) is contained in a latent heat storage tank (602). |