JPS58129118A - Room heating construction method using solar heat in building by external heat insulating construction method - Google Patents

Abstract

PURPOSE:To contrive to make good room environments and to conserve energies by fitting a heat insulating material to the outside of a heat accumulating body and utilizing solar heat efficiently. CONSTITUTION:By utilizing the heat accumulating operation of a frame body 1, solar heat energy is effectively utilized to make confortable the room environments. Hot water obtained from a collector 3 is passed through a heat exchanger 7 to make hot water of 30-40 deg.C. This hot water is passed through a floor heat accumulator 4 and lowering of the room temperature is prevented by the radiation heat from the floor after sunset.

Description

[Detailed description of the invention] This construction method is for buildings that utilize solar heat in cold regions.

Traditionally, buildings were constructed with insulation material on the inside, but with this construction method, the building frame (concrete or lightweight concrete block) is used as a heat storage body, and the outside is insulated with a folded heat material, making it possible to create a building with a large heat capacity. (Once it warms up, it will be hard to cool down).

In conventional buildings, heating using solar heat is expensive (and has little effect).This method uses the heat storage function of the building frame to effectively utilize the inexhaustible solar thermal energy and create a comfortable indoor environment. The hot water obtained from the collector is passed through a heat exchanger to produce hot water of 360 to 4σC, which is then passed through the car's nose heating element to store the heat, and after sunset, the heat radiated from the floor prevents the temperature from falling below the room temperature.

Therefore, the room temperature is +8"C, which feels warm, and the humidity is around 60%, which is the most suitable for the human body.

Also, solar radiation entering through the bone window causes heat to be stored in the heat storage body, so the temperature after sunset is also a factor that prevents the temperature from decreasing.

As mentioned above, by directly and indirectly using the 4-heat heat, it is possible to produce a number of advantages that are not available in conventional construction methods, such as a high-quality indoor environment, energy savings, and because less wood is used, the bottom cost and durability are improved.

In Japan, where energy resources are limited, solar heat utilization is being researched in all directions, but it is not a common method until it is used due to the high cost. This construction method is thick FTo
By storing a in the building frame and keeping it warm, it contributes to energy conservation and the saving of manual resources.

[Brief explanation of the drawing]

The first figure is a plan view of IIT of this patent. The second figure is a plan view of this patent.
6 is Thickness 1.6 Solar radiation 7 is Heat exchanger 8 is Patentee of Omikari pump Masayuki Sahara Procedural amendment (Method) 1 Indication of case Patent application No. 13961 of 1982 2
Title of the invention Solar heating method for external insulation buildings 3 Relationship with the case of the person making the amendment Patent applicant 4 Agent address (residence) Name (name)

Claims (1)

[Claims] Solar thermal heating method for a building in which a heat insulating material (2) is attached to the outside of the heat storage body (1)