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Microcontroller-Based Energy Saving Control for Air - Conditioning System Using Fuzzy Logic Approaching: An Overview

机译:基于微控制器的空调系统节能控制的模糊逻辑方法综述

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Energy consumption for room air-conditioning accounts for about half of the total energy used in the building equipment area. Under this situation, it is clear that a major contribution to energy saving can be made by achieving greater energy efficiency if the air-conditioning systems is controlled more effectively such as controlled by a 68HC12 microcontroller system using fuzzy logic approaching. With energy efficiency concept adapt to the institution power demand, great savings can be archived. Fuzzy control has been widely applied for handling the system which has uncertainty or high robust system. Since the dynamic behaviors of the systems contain complexity and uncertainty in its parameters, several fuzzy logic controllers have been implemented to control room temperature in the field of air-conditioning system. This paper describe the MC68HC12 microcontroller features that support Fuzzy Logic, introduces Fuzzy Logic and intelligent control. The goals of these studies are to illustrate Fuzzy Logic theory, to apply Fuzzy Logic features of the MC68HC12, and to implement applications of fuzzy control for air-conditioning system.
机译:室内空调的能耗约占建筑设备总能耗的一半。在这种情况下,很明显,如果更有效地控制空调系统,例如由68HC12微控制器系统使用模糊逻辑方法进行控制,则可以通过提高能源效率来对节能做出重大贡献。通过采用能效概念来适应机构的用电需求,可以节省大量资金。模糊控制已广泛应用于处理不确定性或鲁棒性高的系统。由于系统的动态行为在其参数中包含复杂性和不确定性,因此已经在空调系统领域中采用了几种模糊逻辑控制器来控制室温。本文介绍了支持模糊逻辑的MC68HC12微控制器功能,介绍了模糊逻辑和智能控制。这些研究的目的是阐明模糊逻辑理论,应用MC68HC12的模糊逻辑特征,并实现模糊控制在空调系统中的应用。

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