(1) Obvious over- heat was not found in passive solar house.

(2) The enclosure structure of a passive solar house is not only a collector of solar energy but also a store and a radiator and it is a convenient and economical way of heart supply.

(3) The design of solar house according to local climate and building materials is described. It is analysed for the solar energy operation and its working data during summer in 1998.

(4) In this paper, the ventilation performance of synthetic solar house with sunshine room has been analyzed, while it is used as auxiliary ventilation in summer.

(5) This paper sugests a zero energy cave dwelling solar house in accordance with the thermal characteristics of the traditional cave dwelling locating in the loess plateau in the north of Shaanxi.

(6) This paper shows a new solar house design with TIM an improved Trombe wall.

(7) This paper mainly introduces the characteristics of solar house and its main influence parameters: heat collection, insulation of building envelope and heat storage.

(8) Based on these data, this paper analyzed thermal performance of passive solar house under different weather situations.

(9) Washington — Students at Belgium's Ghent University decided to do some homework before designing their solar house.

(10) initiative, which seeks to address environmental issues around Mount Everest — say their new solar house could cut dung consumption.

(11) It is necessary and important for the design of a passive solar house without an auxilliary heat source.

(12) Solar collecting performance of Trombe wall has important effect on that of Trombe passive solar house.

(13) Through the economic evaluation of this scheme(/solar house.html), we can see that the all beginning investment of passive solar house can be recovered in 7.35 years.

(14) The paper presents a study on measuring the vent mean wind velocity of solar collecting wall in solar house.

(15) In this paper, fuzzy synthetic judgment of fuzzy collection heart is applied to analyze saving energy benefit of the solar house.

(16) This paper has presented the mathematic model and the computer simulation program of a compound passive solar house.

(17) To control the amount of heat in a passive solar house, the doors and windows are closed or opened to keep heated air in or to let it out.

(18) The dynamic energy consumption of solar thermal storage wall of solar house in winter was simulated which used the energy simulation software EnergyPlus.