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本温室结构要点有二,并有几项技术革新或国内外新技术的引用。两个要点,一是加温部位主要放在前沟内,二是确定了温室玻璃面角度和温室方位偏角,这是两项关于温室结构和设计的基础理论的研究。几项革新或引用的新技术有:简易小锅炉、附设栽培暗间、采用双层外墙、利用塑料薄膜内用天幕代替外用草帘,采用近三年来国内和区内试建成功的少梁柱或无梁柱温室结构以及学习国外利用的地温塑料半软管技术等。由于加温部位在前,使人工加温的热流运动合理,因而使温室各部位的晚间温度均匀,前地温也大大提高;由于玻璃角度和方位偏角的改变,对太阳光能的利用率大大提高,并且提高了温室高度,使操作管理大为方便;由于引用或改进了几项新技术,光、温性能更加提高,经营管理更加方便。
The main points of the greenhouse structure are two, and there are several technological innovations or new technologies at home and abroad. Two main points, first, the heating part is mainly placed in the front ditch; secondly, the greenhouse glass angle and the greenhouse azimuth are determined, which are two basic theories about the greenhouse structure and design. Several innovative or cited new technologies are: simple boilers, attached to the dark cultivation, the use of double walls, the use of plastic film inside the curtain instead of external use of straw, the use of nearly three years to build a successful domestic and small beams Column or beam-column greenhouse structure and learning to use the geothermal plastic half-hose technology. As the heating part in front, so that artificial heat of the heat flow movement reasonable, so that all parts of the greenhouse temperature at night even before the ground temperature is also greatly improved; due to changes in glass angle and azimuth angle of the utilization of solar energy greatly Improve and increase the height of the greenhouse, making operation and management more convenient; as a result of referencing or improving several new technologies, the light and temperature performance can be further enhanced, and the operation and management more convenient.