Renewability Analysis of a Power Production Plant

Sandip Ghosh
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Abstract

Renewability of a system can be expressed on the basis of continued human relationship with a given energy resource i.e. the rate at which humans exploit it compared to the rate at which nature renews again. If the resource is regenerated at a higher rate than it is used, it is considered renewable, but if it is exploited at a higher rate than it is regenerated, it is considered nonrenewable. The more renewable an energy resource is that is, the faster it can be regenerated at the level it is being used, the less of an environmental impact it has. It is a matter of concern to examine energy technologies having intermittent renew ability that can be realistically increased. While an efficient use of a resource can increase renew ability, an innovation in the process of turning a non-resource renewable material into a useful resource can be more proficient. In this paper energy method has been discussed to judge the renew ability of a power production plant.
某电厂可再生性分析
系统的可再生性可以在人类与某一特定能源的持续关系的基础上表示,即人类利用能源的比率与自然再次更新的比率之比。如果资源的再生速度高于其使用速度,则认为它是可再生的,但如果资源的开发速度高于其再生速度,则认为它是不可再生的。一种能源的可再生程度越高,也就是说,它在被使用的水平上再生得越快,它对环境的影响就越小。研究具有间歇性可再生能力的能源技术是一个值得关注的问题。虽然资源的有效利用可以提高再生能力,但在将非资源可再生材料转化为有用资源的过程中进行创新可以更加熟练。本文讨论了用能量法判断电厂可再生能力的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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