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Modeling of a solar and heat pump sludge drying system

机译:太阳能和热泵污泥干燥系统的建模

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摘要

A slipping quasistatic model has been developed to evaluate the performance of a greenhouse sludge drying system assisted by a heat pump called "Solar and Heat Pump Sludge Drying System" (S&HPSDS). The model is derived entirely from the conservation laws of mass, energy, momentum and equations of state as well as correlations of heat transfer. Weather data are incorporated in order to evaluate the seasonal performance of the system. The model can be used for many different purposes; this paper focuses on the evaluation of the heating temperature leading to an annual thermo-economic optimum in terms of energy consumption.
机译:已开发了一个准静态滑动模型来评估由“太阳能和热泵污泥干燥系统”(S&HPSDS)的热泵辅助的温室污泥干燥系统的性能。该模型完全来自质量,能量,动量和状态方程的守恒定律以及热传递的相关性。并入了天气数据,以评估系统的季节性性能。该模型可用于许多不同目的。本文着重于加热温度的评估,从而在能源消耗方面实现年度热经济最优。

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