DEVELOPMENT OF COMPUTERIZED TOOL FOR DESIGN AND ASSESSMENT OF BIOMASS POWER GENERATION SYSTEMS

机译：用于生物质发电系统设计和评估的计算机工具的开发

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This paper describes the development of a general highly flexible PC based computerized tool for the steady-state analysis of thermal power system design and performance analysis. This tool can be used for analyzing biomass gasification based power systems. Biomass-fueled power generation system often involved more advanced processes such as pyrolysis, gasification and fluidized bed combustion and novel cycle schemes. With this computerized power cycle analysis tool, the user can model any proposed power system and perform analysis to produce information on power plant operating performance at "design" or "off-design" operating conditions. One added feature of this computerized analysis tool is the inclusion of a software package for the economic assessment of the power generation system.

机译：本文介绍了基于通用的高度灵活的基于PC的计算机化工具的开发，该工具用于热电系统设计的稳态分析和性能分析。该工具可用于分析基于生物质气化的电力系统。生物质燃料发电系统通常涉及更高级的过程，例如热解，气化和流化床燃烧以及新颖的循环方案。使用此计算机化的功率循环分析工具，用户可以对任何建议的功率系统进行建模并进行分析，以生成有关“设计”或“非设计”运行条件下电厂运行性能的信息。这种计算机化分析工具的另一个附加功能是包括用于发电系统经济评估的软件包。

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来源
《Conference on New and Renewable Technologies for Sustainable Development null null》||p.599-606|共8页
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作者
Jing T. Kuo;
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作者单位

National Taiwan University, Taiwan, ROC;

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会议组织
原文格式 PDF
正文语种 eng
中图分类能源与动力工程;
关键词
thermal power system; process modeling; computer tool;

机译：火电系统;过程建模;计算机工具;

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DEVELOPMENT OF COMPUTERIZED TOOL FOR DESIGN AND ASSESSMENT OF BIOMASS POWER GENERATION SYSTEMS

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