船舶高压电站模拟器的软件系统研发

发布时间：2018-01-31 08:35

本文关键词： 船舶高压电站 PLC 触摸屏 PIMS组态安防系统故障设置　出处：《集美大学》2014年硕士论文　论文类型：学位论文

【摘要】：随着高压电力系统在船舶业中的应用，STCW78/10修正案着重要求海船电子员对船舶高压电力系统的结构和原理必须有深刻认识，并且掌握船舶高压电力系统的安全操作以及管理方法。对此，研发一套完备的软件系统来支撑和控制船舶高压电站模拟器，提高训练效果，降低训练危险，同时节约训练成本，将更加具有现实意义。本文选用Haiwell Happy PLC编程软件、Haiwell View触摸屏设计软件和PIMS组态软件作为船舶高压电站模拟器软件系统的研发环境，将PLC控制技术、触摸屏监控技术和组态技术灵活地应用到船舶高压电站模拟器上，通过三者之间通讯实现对电站的联合控制。系统应用Haiwell Happy进行高压电站主、子程序设计，实现Haiwell PLC对电站运行逻辑的现场控制。采用Haiwell View进行触摸屏设计，通过与Haiwell PLC的通讯，实现对高压电站运行过程中电网参数、电路状态、谐波状态等的实时监控。结合PIMS组态功能，以船舶高压电站模拟器为仿真对象进行界面设计，，通过与Haiwell PLC的通讯，实现模拟器在PC机上的仿真操作。本文在此基础上还设计了船舶高压电站安防训练系统和故障设置训练系统。安防训练系统以PIMS和Haiwell PLC为平台，打破了传统五防“主动式”机械联锁操作的理念，使训练变得更为灵活，加深了培训人员对高压电力系统五防功能和大功率负载的理解。故障设置训练系统结合了PIMS、Haiwell PLC和Haiwell触摸屏，利用PIMS设计教员台中的故障类型和故障触发按钮，通过Haiwell PLC和Haiwell触摸屏使故障报警得以在电站面板呈现，学员通过判断切除故障，培养了学员面对故障时的心理素质和应对能力。系统具有良好的人机交互界面，避免了频繁接触实物面板而造成的磨擦损害。它的稳定性好、故障率低，容易进行二次开发和更新，具有很好的应用价值和市场价值。
[Abstract]:With the application of HV power system in the shipbuilding industry, STCW78 / 10 Amendment emphasizes that the electronic crew must have a deep understanding of the structure and principle of HV power system. And to master the safe operation and management methods of ship high voltage power system, we develop a complete software system to support and control the ship high voltage power station simulator, improve the training effect and reduce the training danger. At the same time, save training costs, will be more practical significance. This paper chooses Haiwell Happy PLC programming software. Haiwell View touch screen design software and PIMS configuration software as the research and development environment of ship high voltage power station simulator software system, PLC control technology. Touch screen monitoring technology and configuration technology are flexibly applied to ship high voltage power plant simulator. The system uses Haiwell Happy to design the master and subprogram of high voltage power station. The field control of power station operation logic is realized by Haiwell PLC. The touch screen is designed by Haiwell View, and the communication with Haiwell PLC is carried out. Realize the real-time monitoring of power network parameters, circuit state, harmonic state and so on during the operation of high voltage power station. Combined with PIMS configuration function, take ship high voltage power station simulator as the simulation object to carry on the interface design. Through communication with Haiwell PLC. The simulation operation of simulator on PC is realized. On the basis of this, the security training system and fault setting training system of ship high voltage power station are designed. The security training system is based on PIMS and Haiwell. PLC is the platform. It breaks the traditional concept of "active" mechanical interlocking operation and makes the training more flexible. It deepens the trainers' understanding of the five protection functions and the high power load of the high voltage power system. The fault setting training system combines the PIMS Haiwell PLC and the Haiwell touch screen. Using PIMS to design the fault type and trigger button in the faculty table, the fault alarm can be displayed on the panel of the power station through Haiwell PLC and Haiwell touch screen. The students' psychological quality and coping ability were trained by judging and removing the faults. The system has a good man-machine interface, avoiding the friction damage caused by frequent contact with the physical panel. It has good stability, low failure rate, easy to carry out secondary development and update. Has the very good application value and the market value.
【学位授予单位】：集美大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：U665.12;TP311.52

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