上海节能2024,Issue(8) :1372-1375.DOI:10.13770/j.cnki.issn2095-705x.2024.08.020

内燃机夏季"高温病"的分析与解决方案

Analysis and Solution of"High Temperature Disease"of Internal Combustion Engine in Summer

朱军 梁亚英 熊志勋 邹仲芳 朱国皓
上海节能2024,Issue(8) :1372-1375.DOI:10.13770/j.cnki.issn2095-705x.2024.08.020

内燃机夏季"高温病"的分析与解决方案

Analysis and Solution of"High Temperature Disease"of Internal Combustion Engine in Summer

朱军 1梁亚英 1熊志勋 1邹仲芳 1朱国皓1
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作者信息

  • 1. 上海航天智慧能源技术有限公司
  • 折叠

摘要

随着气候变暖,燃气内燃发电机组在夏季运行出力衰减甚至故障停机的问题频繁发生.对于一些能源服务公司而言,机组"高温病"亟待解决.通过对内燃机燃烧系统流程与原理分析,提出进风温度基本决定了混合气初始温度,为此可以通过冷却进风方式将混合气温度维持在高限值以下,这对于一些建筑通风管路复杂的既有项目,具有十分重要的现实意义.

Abstract

With the warming of the climate,the problem of gas-fired internal combustion generator sets'performance degradation or even failure and shutdown frequently occurs in summer.This"high-tem-perature disease"is an urgent issue for some energy service companies to resolve.By analyzing the process and principle of combustion system of internal combustion engine,it is proposed that the inlet air temperature basically determines the initial temperature of the mixture,and the mixture temperature can be maintained below the high limit value by cooling the inlet air,which is of great practical signifi-cance for the existing projects with complex building ventilation pipelines.

关键词

混合气温度/空燃比/进风改造

Key words

Mixture Temperature/Air-Fuel Ratio/Air Intake Modification

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出版年

2024
上海节能
上海市节能协会,上海市节能监察中心

上海节能

影响因子:0.163
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