Lab 10 Alpha Sprint Improvements

REP1USONE 助教 2021-12-04 00:23:09

Task Deadline: 2021-12-17

 

Task Submit

  • Every member in group submits the only one CSDN link to Moodle.(one group only write one CSDN ).The blog post should contain all of the following task requirements.
  • For the convenience of other teachers and teaching assistants, please add a format description at the beginning of the assignment:

​

 

The code is as follows:

|The Link Your Class|<concrete link>|
|-- |-- |
|The Link of Requirement of This Assignment|<concrete link>|
|Group number | |
|Group members | |
|Prototype link | |
|Demand specification link | |

Task Needs

part 1.

Make a list of problems existing in the project after the Alpha sprint, and give the team's exploration ideas and solution process for the problems in the Alpha sprint.

part 2.

Give UML design diagram, class diagram of system module, use case diagram, sequence diagram, state diagram and activity diagram of software, and emphasize the operation of bolding the improved parts in the document.

part 3.

To introduce the actual progress of the project, it is necessary to attach screenshots of the functional interface and functional introduction, and reflect the improvement of the insufficient alpha sprint. To complete the deployment online, you need to attach the QR code of the mini program.

part 4.

Attach the github repository link of the team project, and timely update the perfect documents and codes to the team repository.

part 5.

Team cooperation record and members' experience and harvest.

 

Tips

  • The content of the blog should be as clear, rich and detailed as possible, and pay attention to the consistency of the documents for different assignments.
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内容概要:本文基于Matlab/Simulink平台,对电励磁同步电机在异步牵入、稳态运行及能耗制动三个阶段的全周期动态特性进行建模仿真与系统研究。研究构建了完整的电机数学模型与仿真系统,重点分析了电机从异步启动到同步运行的过渡过程、稳态运行时的电磁与机械性能,以及执行能耗制动时的减速特性与能量耗散机理。通过仿真,揭示了励磁电流、负载转矩与转速在不同工况下的动态响应规律与耦合关系,为电机的控制策略设计与性能优化提供了理论依据和数据支持。; 适合人群:具备电机学、电力电子与电力拖动基础知识的电气工程及相关专业的研究生、科研人员与工程技术人员。; 使用场景及目标:①研究电励磁同步电机的启动特性,解决异步牵入过程不稳定或失败的问题;②分析电机在不同负载下的稳态运行性能,优化运行效率;③设计和验证能耗制动策略,精确控制制动过程的减速时间和能量消耗。; 阅读建议:在学习过程中,应结合电机的基本原理,深入理解仿真模型中各模块(如电机本体、励磁控制、负载模型)的搭建逻辑,并通过调整仿真参数(如励磁电压、负载大小)来观察和分析系统动态响应,以加深对电机全周期运行特性的理解。

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