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Study on the Fuzzy control Technology of Marine Air-conditioning System

机译:海洋空调系统模糊控制技术研究

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摘要

The marine air-conditioning was important equipment on board the ship. It created the comfortable and cozy surrounding for the crew in the working time and daily lives. The fresh air for the air condition system was essential to keep the crew watchful during the watch-keeping. What is more, the condition outside of the marine vessel is diverse; the self-adjustability of the marine air conditioning is not swift. Meanwhile, the air-conditioning unit was the main energy consumption. The reasonable operation of the marine air-conditioning can be energy-saving. The parameters of temperature and the carbon dioxide concentration in the air-conditioning room were the key factors for the air-conditioning control. Under the condition that the unit of the marine air conditioning was not altered, the fuzzy control method was applied to adjust the temperature and the carbon dioxide concentration in the air conditioned space. The fuzzy controller was designed and the program was written in this paper. In this way, the comfort index was high and the energy was conserved. Compared with the general control method PID, the fuzzy control, without the mathematical model, was simple and precise. Taking the temperature difference, the difference variety ratio and the carbon dioxide concentration as the control parameters, the marine air-conditioning can create a cozy and comfortable space for the crew on board the ship.
机译:海洋空调是船上的重要设备。它在工作时间和日常生活中创造了舒适舒适的周围的船员。空气条件系统的新鲜空气对于保持船员在观看期间保持注意力至关重要。更重要的是,海洋船只以外的状况多样化;海洋空调的自我调节性不迅速。同时,空调单元是主要能耗。海洋空调的合理运行可以节省节能。空调室中的温度和二氧化碳浓度的参数是空调控制的关键因素。在未改变海洋空调的单位的条件下,应用模糊控制方法以调节空调空间中的温度和二氧化碳浓度。设计了模糊控制器,并在本文中编写了该计划。通过这种方式,舒适指数高,能量保守。与一般控制方法PID相比,模糊控制,没有数学模型,简单且精确。采取温差,差异差异和二氧化碳浓度作为控制参数,海洋空调可以为船上的船员创造一个舒适舒适的空间。

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