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yao f efficient energy saving control optimization multi unit systems 2024

Type:: E-books
Files:: 2
Size:: 14.0 MB
Uploaded On:: July 23, 2024, 5:24 p.m.
Added By:: andryold1
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Leechers:: 9
Info Hash:: 0E7287F41D79846E1DF8C1417CE3C481B7589734

Textbook in PDF format Excessive carbon emissions lead to global warming and threaten human survival. “Carbon peaking” and “carbon neutrality” with the goal of reducing carbon dioxide emissions have become the consensus of all mankind. In order to reduce the use of fossil energy, we need green and efficient energy production for power generation systems; for energy consumption systems, energy conservation and efficient opera tion are required. We also need efficient carbon utilization and carbon sequestration. These three aspects all involve energy efficiency. Therefore, the International Energy Agency (IEA) believes that “energy efficiency is the first fuel” and will make the greatest contribution to the climate goals of the Paris Agreement. In various fields of the national economy, there are a large number of elec tric motors, generators, steam turbines, engines, aircraft, ships, automobiles, trains, boilers, air conditioners, water pumps, fans, and home appliances. As long as they use energy, there are energy efficiency issues. Energy-Saving Theory, Technology, and Double Carbon Target. Energy Conversion and Overall Energy Efficiency. Overall Structure and Fieldbus of Energy Saving Control System. Commonly Used Energy Parameter Sensors. Valves and Clutches Commonly Used in Energy-Saving Systems. Most Commonly Used Actuator–Motor. Speed Regulation Method in Energy Saving System. Simple Usage Method of Frequency Converter and Expanding Knowledge. Controllers Used in Energy-Saving Control Systems—PLC. Human–Machine Interface and Configuration Software. Calculation and Selection of Motor Parameters in Automation System. Parameter Design in High-Speed High-Precision Motion Control. Anti-interference and Fault Analysis of Control System. Energy Efficiency Optimization of Multi-Unit System. Optimal Control of Hydropower Stations Composed of Identical Generators. Efficiency Optimization of Power Stations with Different Generating Units. Optimal Control and Scheduling of Distribution Stations. Optimal Dispatch of Power Grid Load. Efficiency Optimization of Scraper Conveyors and Paper Machines. Optimal Control of Electric Transportation Vehicles Such as High-Speed Rail. Energy Efficiency Optimization of Heating and Cooling Systems. Efficiency Optimization of Wind Power Hydrogen Production System. Energy Efficiency Optimization of Pumping Stations and Fan Stations. Other Commonly Used Energy-Saving Operation Methods. Energy Efficiency Optimization of Multi-Engine Launch Vehicles. Energy Efficiency Optimization of Human (or Biological) Team

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yao f efficient energy saving control optimization multi unit systems 2024

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