可再生能源替代作为小微供热系统自备方案一部分的影响研究

S. Chicherin, A. V. Zhuikov, A. Matiushenko, V. Kulagin
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引用次数: 0

摘要

在一个多世纪的时间里,利用不同类型的干线分配热能已经经历了实际应用和很大的发展。技术的卓越性、操作特性(包括热能的保存)、可靠性和未来的维护是首要考虑的因素。通过网络故障次数来评价供热可靠性。区域供热网络的故障数量是巨大的。这让我们关注DH性能问题。仅修复大部分陈旧的配电长度就足以减少故障率和热损失。主要手段是水压试验。本文的目的是数据概括和提供某些卫生系统(例如鄂木斯克的卫生系统)内项目中包含的主题的概述。本文包含有关该方法的一般信息。准备这篇论文的过程如下:确定研究工作的范围,并在作者之间的会议上讨论和相互同意。采用回溯式压力测试运行数据分析技术,获得有效数据。然后以书面形式收集相关数据,进行背景研究,熟悉以往的研究和多年来的报告。并对其效率进行了分析。给出了消极的原因。在国家评估期间,澄清了压力测试性能现代化的相关性,并在未来制定了同样的选择。根据收集到的数据,作者对该领域的未来研究进行了展望
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research of Influence of Substitution of Renewable Energy Sources as a Part of the Scheme of Supply of Own Needs of Small and Micro-HPPS
Distribution of thermal energy using different types of mains has experienced practical application and much development over a period of more than a century. Technical excellence, operational characteristics including conservation of heat energy, reliability and future maintenance are of prime consideration. Reliability of heat supply is evaluated by the number of network failures. Failure amount in district heating (DH) networks is enormous. It makes us pay attention to DH performance issues. It is sufficiency to rehabilitate only mostly outworn distribution lengths to reduce a failure rate and heat losses. The main mean is hydraulic pressure tests. The aim of the paper is data generalization and provision an overview of the subjects included in the project within certain DH system (e. g. Omsk's DH system). The article includes general information about this method. The process to prepare this paper was as follows: defining the scope of works for the study which was discussed and mutually agreed in meetings between the authors. Back-in-time pressure tests operation data analysis technique is chosen to receive a valid data. Then the study was started with collecting relevant data in written form, a background study, familiarizing to previous studies and reports made during the span of years. Its efficiency was analysed. Negative causes were given. Relevance of modernization of pressure tests perfomance was clarified during the state assessment as well as the development of the same option in the future. According to the collected data the authors carried out that future research in this field is required
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