ABSTRACT

This paper combines the intelligent computer-assisted technology to carry out the architectural design and planning of the agricultural sightseeing area, and mainly plans the electricity consumption system of the agricultural sightseeing area to ensure that the agricultural sightseeing area can provide tourists with a good sightseeing experience at night. Moreover, this paper conducts an end-point analysis of the circuit system and analyzes multiple parameters, and combines the construction power demand of agricultural tourism areas to conduct power model analysis. The computer control system integrates various factor control methods, uses advanced control technology and control strategies, and fully considers the relationship between the control variables to realise the automation, intelligence and energy-saving regulation of the greenhouse environment of the agricultural sightseeing area. Finally, this paper takes the greenhouse system as an example to analyze the architectural planning. From the research point of view, it can be known that the architectural design method of agricultural sightseeing tourism area constructed in this paper has certain effects.

摘要

本文结合智能计算机辅助技术进行农业观光区的建筑设计与规划，主要规划农业观光区的用电系统，确保农业观光区能够为游客提供良好的观光体验。在晚上。此外，本文对电路系统进行端点分析，分析多个参数，结合农业旅游区建设用电需求进行电力模型分析。计算机控制系统集成多种因素控制方法，采用先进的控制技术和控制策略，充分考虑控制变量之间的关系，实现自动化、农业观光区温室环境的智能化与节能调控。最后，本文以温室系统为例，对建筑规划进行分析。从研究的角度可以看出，本文构建的农业观光旅游区建筑设计方法具有一定的效果。