摘要
针对目前日光温室综合环境调控存在的问题 ,在研究日光温室微生态环境变化机理的基础上 ,以温度为主元的基本理论 ,利用动态规划理论 ,建立了以温度为主参量的日光温室综合环境调控模式 ,利用 80 31单片微型计算机实现了对日光温室综合环境的动态优化平衡调控 ,经济有效地解决了日光温室环境多因素的检测调控难题 。
Aiming at solving problem existing in the comprehensive environmental control of Chinese energy saving solar greenhouse, an auto control system was established where the temperature was taken as a principal parameter. Dynamic programming and research results show that the temperature is the principal factor in the comprehensive environment of solar greenhouse. Furthermore, this system solves the problem economically and efficiently. It is possible to realize the dynamic equilibrium control of composite environment with the single chip microcomputer 8031 as micro CPU. And favorable socioeconomic benefit can be obtained.
出处
《农业工程学报》
EI
CAS
CSCD
北大核心
2002年第3期68-71,共4页
Transactions of the Chinese Society of Agricultural Engineering
