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Programmable Controller Application Technology

Class time： 2026-09-01 ~ 2026-12-31，Total 18 weeks

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Course introduction Learning syllabus curriculum evaluation
Chapter 1 Getting to Know PLC
1-1 Overview of PLC
1-2 Getting to Know the S7-200 SMART PLC
1-3 S7-200 SMART PLC Programming Software Application
Chapter 2 Wind Power Control System
2-1 Wind Turbine Start and Stop Control
2-2 Wind turbine blade rotation count
Chapter 3 Solar Power Generation Control System
3-1 PV tracking forward and reverse control
3-2 Automatic Solar Panel Cleaning Control
3-3 Automatic cooling control for solar panels
Chapter 4 Energy Management of Energy Storage Systems
4-1 Timed charging and discharging control for energy storage batteries
4-2 Dynamic charge and discharge control of energy storage batteries
Chapter 5 Wind and Solar Storage Coordinated Scheduling System
5-1 PV-wind hybrid system start control
5-2 Control for Switching Between Solar and Wind Power Generation
5-3 Wind and Solar Coordinated Power Generation and Energy Storage Control
5-4 Power Generation Statistics and Analysis
5-5 Wind Power Output Dynamic Display Control
5-6 Load voltage regulation control
Chapter 6 Industrial Communication and Data Exchange in New Energy Power Generation
6-1 Power Coordination Control of Wind Farms Based on S7 Communication
6-2 Collaborative Control of PV Power Plant Equipment Based on Modbus Communication
Teaching team
Song Juan Chief Lecturer

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