摘要
为帮助热力系统的设计人员快速、准确地掌握复杂系统的动、静态特性，保证热力系统的优化设计和安全运行，研制了高起点、多功能的热力系统仿真研究系统－清华计算机集成设计系统（ＴＨＣＩＤＳ），它由建模系统、仿真研究集成环境、数采与测试系统、可视化环境与仿真器开发四部分组成。该系统采用了图形化及模块化建模、计算机网络等新技术和方法，可以进行热力系统的设计、方案比较、系统特性研究、控制系统的设计、控制规律和策略的研究以及软硬件的测试等，并具有良好的开放性和可扩充性。
An advanced multi functional platform named Tsinghua Computer Integrated Design System (THCIDS) is developed to help designers and operators understand the static and dynamic behavior of thermal power systems and to make the design safe and optimal. The platform consists of four interrelated subsystems: modeling system, integrated graphical simulation environment, hardware development system, visualization environment. After applying some new technology, such as graphical and modular modeling and integrating, many existing research achievements and programming, THCIDS becomes a quite powerful tool in the design, behavior and control strategy study, software and hardware development and testing of thermal power systems.
出处
《清华大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
1997年第2期96-99,共4页
Journal of Tsinghua University(Science and Technology)
基金
国家"攀登计划B"项目
