1大棚温湿度检测与控制系统设计摘要随着农业技术的迅猛发展，当前我国出现了越来越多的温室，对于温室效应，人们对其要求逐渐变得全面而严谨。要以生产效率最大化为目标，也就意味着要不断加强自动化的程度。但是，对于过去传统的蔬菜温室，所采用的管理模式为人工亲自操作，其温室的检测与控制必需由人来完成，如需要有人去观测放置在温室里的温度计，才能掌握其温度状况。关于此类模式，不仅浪费时间和人力资源，还无法获得良好的检测和控制效果，信息反馈和处理既不准确也不快速，其导致的结果便是无法保证棚户的经济利益。因为传统温室的管理模式未尽人意，同时要以“高效、科学”作为农业生产原则，以促进我国农业进步为目标，本人认为当务之急是研发制造出一种低成本、易操作、自动化程度高的装置，从而优化无人监测的温室管理模式，改善其管理效率和生产水平。关键词：温度 质量 自动化 控制23Abstract:Now that the number of greenhouse is increasing, the demand for greenhouse effect is also more stringent. In order to improve production efficiency, automation is also required more and more. Traditional greenhouses can only be manually detected and controlled. Thermometers are hung inside the house, and the way to view thermometers is based on the past. This method is time-consuming, laborious and costly, with low accuracy and manipulation. It is easy to bring huge losses to the shacks. The traditional way is time-consuming and laborious, which makes it difficult for people to be satisfied. Therefore, in order to improve the rapid development of our agriculture and improve the scientific accuracy of agricultural research, I think it is necessary to study and develop a device with low price, high automation and convenient operation to improve the management efficiency of unmanned automation. Improve the quality of production. Key word：temperature quality automation control4目录目录..................................................................................................
