Research on Energy-Saving Technology Based on Optimization of Mechatronic System for Coal Mine

Qing Liang Zeng; Xi Wei Wang; Ping Qiang Zhao

doi:10.4028/www.scientific.net/AMR.338.436

Paper Titles

Preparation of Porous Alumina Abrasives with Different Morphologies and their Chemical Mechanical Polishing Behavior
p.415

Fault Diagnosis of Water Pump Based on Probabilistic Neural Network
p.421

Configuration Optimization and Static Analysis of Adjusting Parallel Mechanism for the Sub-Reflector of Antenna
p.425

Analysis of Multiple Degrees of Freedom Vibration Isolation System Using the State Space Method
p.431

Research on Energy-Saving Technology Based on Optimization of Mechatronic System for Coal Mine
p.436

The Sensitivity Analysis of Engine Mounting System’s Inertial Parameters Based on the Orthogonal Test
p.440

Calculation of D-Section Classical V-Belt Power Rating in Different Reliability
p.446

Study on the Accuracy of Web Offset Press’s Fold Mechanism
p.450

Statistical Analysis of Loader’s Drive Axle Housing Random Load Spectrum
p.456

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Research on Energy-Saving Technology Based on Optimization of Mechatronic System for Coal Mine

Abstract:

In this paper, in view of the energy consumption problems of coal enterprises ,the overall technical framework of high efficiency and energy-saving for coal mines is proposed, and staged structure optimization model and network matching optimization model of mechatronic systems for coal mine are established ,which provide a theoretical basis for optimizations of mechatronic systems and promote the development of energy-saving technologies of coal mines.