Energy-Saving Optimization of Multifunctional Power Cable Inspection Device Using Frequency Division Multi Index Algorithm
In order to explore the energy-saving optimization application of the frequency division multi index algorithm to the multifunctional power cable inspection device,based on controllable constraints,energy-saving power generation cost optimization,monitoring of harmful gas emissions and other indicators were extracted.The energy-saving indicators and initial data of the multifunctional power cable inspection device were then analyzed through correlation with the multifunctional power cable inspection device,and the variation factors of the frequency division multi index algorithm were analyzed using principal component analysis.The results show that based on the frequency division multi index algorithm,the total purchasing cost of the multifunctional power cable inspection device is 307 595.39 ¥·h-1,and the total harmful gas emissions are 0.684 t·h-1,which is the lowest compared to other traditional algorithms.The energy-saving optimization ability and effect are significantly different.The frequency division multi index algorithm has practical value for the energy-saving optimization of the multifunctional power cable inspection device.
frequency division multi index algorithmmultifunctionalpower cablesinspection deviceenergy-saving optimization
NETL
NSTL
万方数据
