高耗能产品节能减排技术体系与协同效应三维分析模型及应用研究

Three-dimensional Analysis Model and Application about Energy Conservation Emissions Reduction Technology System and Coordination Effect of an Energy Intensive Product

摘要:

通过建设产品技术体系来提高节能减排协同效应是重要的研究课题。高耗能产品是我国推进节能减排战略的重点,需要系统研究其节能减排技术体系建设与节能减排协同效应的关系。为此,运用价值流分析方法和欧氏空间坐标系分析方法构建了产品生产过程节能减排技术体系及其协同效应三维分析模型。以一高耗能产品为例,分析了该产品生产流程中不同阶段的各项技术的节能减排原理、效应以及技术体系协同效应。结果表明,该三维分析模型对于深入研究高耗能产品的节能减排技术体系建设与节能减排协同效应具有一定的理论和实际应用价值。

Abstract:

It is an important project to improve the corordination effect of energy conservation and emission reduction (ECER) through building technical system now. Energy intensive products are the key to promote ECER strategy in China. It is necessary to study the relationship between the construction of technology system and coordination effect of ECER. Thus,Sthis paper builds a three-dimensional model to analyze ECER technology system and coordination effect in production of a product by the analysisSmethod of valueSflow and Euclidean space coordinate system. With an energy intensive product as the example, this paper uses this model to analyze the technical principle, effect and technology system coordination effect of ECER in each stage of production. The results show that the three-dimensional analysis model has a certain value of theoretical and practical application for further studying the construction of the technology system and coordination effect of ECER of energy intensive products.