清洁发展机制(CDM)在喜马偕尔邦微型水电项目可再生能源发电中的应用

A. Sarkar
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引用次数: 3

摘要

清洁发展机制(CDM)被定义为允许发达国家(附件一缔约方)的实体在发展中国家(非附件一缔约方)开发减排项目,并产生与这些项目实现的碳减排量相对应的可交易碳信用额的一种€œflexibilityâ机制。清洁发展机制项目已经在世界上几个地区的部门经济中发展起来,包括可再生能源,据报道有不同程度的成功和失败。在可再生能源领域,清洁发展机制已成功地应用于微型水电项目,以减轻和抵消温室气体排放到环境中。在过去的十年中,不同的实施国的经验差别很大。清洁发展机制在微型水电项目中的应用在该州的水力发电和减排方面非常引人注目。本文全面回顾了印度清洁发展机制项目的现状,特别提到喜马偕尔邦,特别是具有很高可再生能源潜力的小型(微型)水电项目。通过对处于不同制定、设计和实施阶段的清洁发展机制项目的案例研究,讨论了喜马偕尔邦小型水电项目的成就和实施策略。讨论了在喜马偕尔邦的背景下清洁发展机制项目设计的指导方针和水电碳市场的潜力。本文还讨论并强调了国家在实施微水电清洁发展机制项目中存在的一些不足。本文还以说明性案例研究的形式考察了项目的实施状况和质量,考察了项目在能源开采、创造能源交易机会以及利益相关者在项目生命周期内以及项目生命周期后分享项目利益方面的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Clean Development Mechanism (CDM) in Renewable Energy Generation from Micro-Hydel Projects of Himachal Pradesh
Clean Development Mechanism (CDM) is defined as one of the “flexibility†mechanisms that allows entities based in Developed Countries (Annex I Parties) to develop emission-reducing projects in Developing Countries (non-Annex I Parties), and generate tradable carbon credits corresponding to the volume of carbon emission reductions achieved by those projects. CDM projects have been developed in several parts of the world across the sectoral economies, including renewable energy, with reportedly varying degrees of success and failures. In the renewable energy segment, CDM has been successfully deployed in Micro-Hydel power projects to mitigate and offset green-house gas emissions into the environment. The experiences of different implementing states are vastly different in past decade. CDM applications in Micro-Hydel projects have been quite notable to generate hydro-power and mitigate emissions in the state. This paper takes a holistic review about the current status in the performance of CDM projects in India, with special reference to Himachal Pradesh, particularly in the context of Small (Micro)-Hydel projects with a very high renewable energy potential. The achievements as well as strategy of implementation of Small-Hydel projects in Himachal Pradesh is discussed in the light of selected case studies of CDM projects that are at various stages of formulation, designing and implementation. Guidelines for CDM project designing and the potential for carbon markets for the hydro-power in the context of Himachal Pradesh is discussed. Some of the shortcomings in implementation of Micro-Hydel CDM project in the State are also discussed and highlighted in the paper. The paper has also examined the status of implementation and the quality of projects in the form of illustrative case studies in terms of their ability for energy extraction, creating energy trading opportunities, and stakeholder participation in sharing the project benefits during the lifetime as well as the beyond the life-time of the projects.
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