摘要：This paper presents a simplified model to analyze the heat flow in Closed Wet Cooling Tower (CWCT). Based on the existing research results and some suitable assumed conditions, we develop a model to simplify the handling of the heat rejection rates under four different input parameters and variable ambient wet-bulb temperatures. The analytical results of the data from different sources demonstrate that the model with the new parameters is accurate enough for the control and optimization of CWCT operation. After validating the accuracy of the model, we also describe the extension of the model for analyzing the energy flows of a CWCT. When the model in combination with the input power model, it may represent the quantitative relationship between energy flow rates and principal input-output variables of the CWCT.
