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Transfer functions of solar heating systems for dynamic analysis and control design

机译:用于动态分析和控制设计的太阳能加热系统的传递函数

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摘要

Mathematical modelling is the theoretically established tool for developing solar heating systems, e.g. with using transfer functions. If we know the transfer functions of the system, the outlet temperature can be predicted as a function of the input variables (solar irradiance, inlet temperature, environment temperatures), dynamic analysis can be carried out, and stable system control can be effectively designed based on the well-tried methods of control engineering. For these purposes, new, validated transfer functions for solar heating systems are worked out in this study based on a mathematical model, which can be found in the literature and has been applied successfully in the field. The transfer functions are used for dynamic analysis and control design of solar heating systems. The dynamic analysis is presented and the efficiency of the proposed stable control is demonstrated with respect to a real solar heating system.
机译:数学建模是用于开发太阳能供热系统的理论上建立的工具,例如使用传递函数。如果我们知道系统的传递函数,则可以根据输入变量(太阳辐照度,入口温度,环境温度)预测出口温度,可以进行动态分析,并可以有效地设计稳定的系统控制关于控制工程的成熟方法。出于这些目的,本研究基于数学模型设计出了新的,经过验证的太阳能加热系统传递函数,该数学模型可以在文献中找到并已在该领域成功应用。传递函数用于太阳能加热系统的动态分析和控制设计。提出了动态分析,并针对实际的太阳能加热系统证明了所提出的稳定控制的效率。

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