供热系统参数优化方法发展的新成果及其软件实现

E. Barakhtenko, T. Oshchepkova, D. Sokolov, V. Stennikov
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引用次数: 5

摘要

在解决供热系统设计问题的现代实践中,需要解决大量设备的最佳参数选择问题。最优参数的选择问题包括确定新热管道的直径、寻找改造现有管网段的方法、选择泵站和泵站的压头。为了解决这一问题,作者提出了液压回路理论中分支网络优化的动态规划方法和回路网络计算的多回路优化方法。本文介绍了实现这些方法的新版本算法,并描述了它们的功能。这些算法在软件包SOSNA-M中实现。该软件的开发基于一种方法论方法,该方法旨在开发供热系统参数优化的算法和方法,灵活控制计算过程,在可行的一组设备上优化供热系统参数,并改进现有部件的改造类型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Results in Development of Methods for Optimization of Heat Supply System Parameters and Their Software Implementation
Modern practice of solving the problems of heat supply system design generates the need to solve the problem of choosing optimal parameters for a considerable set of equipment. The problem of choosing optimal parameters involves determining the diameters of new heat pipelines, searching for the methods to reconstruct existing network sections, and choosing the pressure heads of pumping stations and their sites. To solve this problem the authors suggest a dynamic programming method for optimization of branched networks and a multiloop optimization method for calculation of loop networks, both being developed in the theory of hydraulic circuits. The paper presents new versions of algorithms for the implementation of these methods and describes their capabilities. These algorithms are implemented in the software package SOSNA-M. This software was developed on the basis of a methodological approach created to develop algorithms and methods for optimization of heat supply system parameters, flexibly control the computational process, optimize heat supply system parameters on a feasible set of equipment and improve the types of reconstruction of the existing components.
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