【摘要】 以热力系统的基本设备为单元 ,建立了热力系统常见设备的动态数学模型。采用可视化建模的方法开发了热力系统的图形化建模环境。该环境识别图形建模的结果 ,通过连接关系进行拓扑排序 ,读取模块库中对应模块的代码自动生成仿真源程序。作为开放的仿真系统 ,为用户提供了模型再开发环境、友好的人机接口和仿真后处理手段更多还原

【Abstract】 Taking basic facilities of thermal power system as an unit, this paper created dynamic mathematic models of the common equipments of thermal power system. Adopting visual modeling ways, graphic modeling environment of thermal power system was developed. This environment could identify the result of graphic modeling, make topologic identification through connections, read corresponding modular programme code from the modular library, and thus creating the correct source simulation programme automatically. As an opening simulations system, it could provide users with the environment of re-developing model, friendly interface as well as processing measure after simulating.更多还原