Studies on Performance of high efficient Storage Wall and Evaluation of Passive Solar heating on the Cities in Japan for CO_2 reduction

本研究为开发高效的被动式太阳能建筑材料用于太阳能集热采暖系统奠定了基础。此外，还对我国利用太阳能探测建筑热流作出了一些新的数据，但基础研究证实了这种用于控制混凝土墙体中玻璃空间导热系数的新材料的热工性能被称为特龙贝墙体。通过大量的实验形成了新材料的热特性，并对公式进行了计算机模拟，通过大量的实验值与计算值的对比校核，提高了公式的精度。另外，还准备了大量我国大都市(14个城市)的新的日照数据。水平屋面和垂直墙体(东、西、南、北、东南、西南)的日照强度为1月、5月、8月、10月和年份的平均日照量[kJ/m2h]。

The study is a basic work to develop high efficient materials of building at the passive solar architecture to use for heating system by collecting solar energy. In addition to that is made some new figures for finds heat flux by solar energy to the building in my countryBut the basic study in is confirmed that the thermal performance of the new material for the control of beat conductance of the air space in the concrete wall with the glassing which is called trombe wall. It is formed the heat characteristic of the new material by a lot of experiments and it is booked the formula for computer simulation.And it is improved the accuracy of the formula by a lot of comparative checks the between the experiment value and the computation value.In addition, it is prepared a lot of new insolations data of the metropolis (14 cities) in my country. The insolation is average quantity [kJ/m2h] of solar energy with January, May, august, October and year about horizontal roof and vertical wall (east, west, south, north, southeast and southwest)