水电厂仿真培训系统研究

发布时间：2018-06-05 17:55

本文选题：水电厂 + 电气设备　；参考：《广西大学》2014年硕士论文

【摘要】：随着电力系统规模的不断扩大、计算机技术在电厂监控中的广泛应用,电厂运行与控制的自动化程度也越来越高,建立安全、有效、实用、专业性强的电厂仿真培训系统不仅成为目前电厂运行人员培训、考核的重要手段以及现代化管理的一个必要内容,也成为高校进行岗前培训、模块化教学的有效手段。本文以西津水电厂为主要仿真原型,结合水电厂运行及监控的培训要求,深入论述了水电厂仿真培训系统的总体设计和开发过程。系统开发包括了水电厂仿真培训系统的模式选择、硬件系统、软件环境、支撑系统的原理及功能、水轮机及发电机等主要设备的数学模型及实现、仿真机模型的图形及界面的实现、教师机与学员机的通信方式、常见的异常现象、事故及处理等方面的内容。对电厂的电气系统、辅助油水风系统、保护部分等进行了全方位的模拟和仿真。实现了培训过程的生动、形象,便于理解,对提高培训对象的运行水平、故障处理能力,确保电厂运行的稳定、安全、可靠及提高工作效率起到重要作用。
[Abstract]:With the continuous expansion of power system scale and the wide application of computer technology in power plant monitoring, the automation degree of power plant operation and control is becoming higher and higher. The power plant simulation training system with strong specialization has become not only an important means of training and assessment of power plant operators, but also a necessary content of modern management, and also an effective means of pre-job training and modular teaching in colleges and universities. In this paper, Xijin Hydropower Plant is the main simulation prototype, combined with the training requirements of hydropower plant operation and monitoring, the overall design and development process of hydropower plant simulation training system is discussed in depth. The system development includes the mode selection, hardware system, software environment, principle and function of supporting system, mathematical model and realization of main equipment such as turbine and generator, etc. The realization of the graphic and interface of the simulation machine model, the communication mode between the teacher's computer and the student's computer, the common abnormal phenomenon, the accident and the handling, etc. The electric system, auxiliary oil and water air system and protection part of power plant are simulated and simulated. The training process is vivid, vivid and easy to understand. It plays an important role in improving the operation level of the training object, the ability of fault handling, and ensuring the stability, safety, reliability and efficiency of the power plant operation.
【学位授予单位】：广西大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP311.52;TV736

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