沈阳工业大学
Published:2014
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[1]王正,姚光伟.基于BP神经网络低温余热发电系统建模[J].能源研究与管理,2014(04):29-32.
王正, 姚光伟. Based on BP Neural Network Modeling of Low-temperature Waste Heat Power Generation System[J]. 2014, (4): 29-32.
[1]王正,姚光伟.基于BP神经网络低温余热发电系统建模[J].能源研究与管理,2014(04):29-32. DOI:
王正, 姚光伟. Based on BP Neural Network Modeling of Low-temperature Waste Heat Power Generation System[J]. 2014, (4): 29-32. DOI:
通过设计低温余热发电系统的模拟实验
研究基于有机朗肯循环的余热发电系统的性能以及主要影响因素。通过对实验数据的研究分析
发现涡轮机转速与工质蒸发压力相匹配
能够使系统达到最大功率输出。为研究这一问题构建BP神经网络
并用实验数据对BP网络进行训练
建立基于BP神经网络的系统模型。
Through designing simulation experiments of low temperature waste heat power generation system
performance and factors of cogeneration system were researched. Through the study of experimental data
the speed of the turbine and the working fluid vapor pressure both have an optimal value
can make the system to achieve maximum power output. For studying the question of maximum power output
the BP neural network was built
experimental data was used on BP network training
and the system model was established based on BP neural network.
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