SEQUENTIAL MODULAR METHOD AND DYNAMIC CONVERGENCE TECHNIQUE IN THE FLOW SHEETING OF THERMODYNAMIC SYSTEM[J]. Thermal power generation, 1998, (6): 36-41.
SEQUENTIAL MODULAR METHOD AND DYNAMIC CONVERGENCE TECHNIQUE IN THE FLOW SHEETING OF THERMODYNAMIC SYSTEM[J]. Thermal power generation, 1998, (6): 36-41. DOI: 10.19666/j.rlfd.1998.06.011.
热力系统流程模拟计算的模块序贯及动态收敛技术
摘要
通过切断回路、设置收敛模块、控制模块等方式
对热力系统中的单元模块实现了序贯化
从而形成了一个串联多级系统
并运用动态规划中的最优化原理实现了流程模似计算中的动态收敛。文中以商品化流程模拟软件TSAC为例
介绍了该技术的实现原理
并提供了程序框图
Abstract
Techniques such as loop tearing
converging modular setting and controlled modular installing are used to connect the unit model of thermodynamic system in sequence.The purpose is to make a series multistage system
so as to realize the dynamic convergence by using the optimization principle in dynamic programming.The commercialized software TSAC is dissectted and the flowchart is provied