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The Optimal Operation of Thermal Power Plant Auxiliaries Based on Mixed Integer Programming

机译:基于混合整数规划的热电厂辅助的最佳运行

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Optimizing the operation of thermal power plant auxiliaries can effectively reduce the power consumption rate and improve production efficiency. This paper establishes the optimal operation model for variable-speed pumps and fans, which are the main auxiliaries in thermal power plant. The model is based on the operating characteristics of pumps and fans and considers parallel and series operation. The object is to minimize the power of auxiliaries;;the constraints contain the requirements of system flow or head, speed limits, flow limits, power limits and pipeline performance. Because of the complexity of the model, the pumps and fans operating performance curves are transferred to piece-wise linear curves at first, then a new 0-1 variable is introduces to characterize the choice of a different Q-P curve at a different speed. The model has been converted to mixed integer linear programming problem and uses commercial modeling tools to solve. The case is to verify the effectiveness of this method.
机译:优化热电厂助剂的操作可以有效降低功耗率,提高生产效率。本文建立了可变速泵和风扇的最佳运行模型,是火电厂主助剂。该模型基于泵和风扇的操作特性,并考虑并行和串联操作。该对象是最小化辅助的功率;;约束包含系统流量或头部,速度限制,流量限制,电源限制和管道性能的要求。由于模型的复杂性,首先将泵和风扇操作性能曲线传送到转换线性线性曲线,然后将新的0-1变量介绍以表征不同速度的不同Q-P曲线的选择。该模型已被转换为混合整数线性编程问题,并使用商业建模工具来解决。案件是验证该方法的有效性。

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