Research on Driving System of Battery Machinery Based on PID Controlling

Chun Hui Li; Shao Hua Kang; Tie Zhuang Wu

doi:10.4028/www.scientific.net/AMM.271-272.1619

Paper Titles

Realization of Serial Port Expansion Circuit
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Realization of Target Position Changing On-The-Fly for Intelligent Motion Control Applications
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Realization on Multi-Agent Intelligent Decision Support System Based on Blackboard
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Realizing Method and Application of Theoretically Relative Symmetry Zero Error for Two Coupling Components Based on Error Compensation
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Research on Driving System of Battery Machinery Based on PID Controlling
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Research on Fault Diagnosis for Power Transmission Based on Mass Data Mining
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Research on Machining Knowledge Base for Numerical Control System
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Research on the Improvement of Inverter Current’s Real Measuring Quality
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Research on the Magnetic Force of a Blood Pump Driven by Large Gap External Magnetic Field
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 271-272Research on Driving System of Battery Machinery...

Research on Driving System of Battery Machinery Based on PID Controlling

Abstract:

In order to improve the dynamic characteristics and stabliness of control system battery machinery, speed regulating controller uses an improved incremental digital PID.PID parameters is followed the dominant pole theory and the second-order best theory. The simulation of DC electromotor is rapid dynamic response, stability, the smaller overshoot. The experiment proves that battery machinery can work stably and reliably. Therefore, the PID control algorithm of machinery truck driving system is feasible.