Preheating of supply air through an earth to air heat exchanger coupled with a solar chimney

The performance of a passive heating system was evaluated as part of design works for the project of an office building. The passive heating system incorporates an array of buried pipes together with a solar chimney. The solar chimney collects solar energy, heating fresh air and pulling it from an array of buried pipes. The array of buried pipes was used as an open loop earth-to-air heat exchanger and air circulation inside pipes is due to the action of the solar chimney. We studied the heating fractions due to the solar chimney and to the buried pipes.

Thermal performance of a passive-designed dwelling unit and the influence of residents' dwelling condition.

Passive and low energy houses are not yet widespread throughout the world. One of the reasons is that their actual performance has not been clarified. In recent years, the number of houses has been increasing in Japan, however, there are very few examples of multiple dwelling building whose performance has been clarified. The annual thermal performance of two dwelling units in a multiple dwelling building in Japan is measured and their high performance is verified.

Passive control of architectural environment based on the design method of Korean traditional architecture with reference to "Young-am House".

The examination of the "Young-am House", a traditional folk house located in the middle region of the Korean peninsula, aims to analyze and to inform the bio-climatic design of the building and interior spaces based in the traditional architecture of Korea. As a consequence of the examination, it was evident that bioclimatic design performed an important part in creating a natural environment for comfortable living by taking consideration of the changing local climatic conditions.

The efficient use of energy in buildings.

Proceedings of the 2nd UK-ISES Conference, Cranfield Institute of Technology, September 17, 1986.