Light and Thermal Energy COordination in Building

摘要

Optical and thermal behaviours of the building are inseparable but their analysis is in most cass made independent. With the presented design tool, which is still in the development phase, we would like to make possible synchronous analysis of both parameters.The optical part for the calculation of the illumination is linked with the thermal part for the calculation of temperature variations and thermal response of the building. The objective of this work was ot ocmbine thermal and optical changes in the inner environment and to design window perfomrnace in such a way that radiation incidences in winter time optimally illuminate and heat the interior of the building. There are many improtant factors and parameters in reality that are out of reasonable dimensions of real time systems design. One ofthe possiblities to fulfil the nonharmonic influences and demand is the use of the fuzzy reasoning. Kosko presented three pages of fuzzy products in Japan and south korea, from video camcorders to sets for cooking time and method based on steam, temperature and rice volume. But none is dealing with the performance and dynamics of the window.We have tried to ocnceptualise some parts or possibilities of a fuzzy system that would regulate window performane in real time conditions.