An Integrated Contribution Approach Focusing on Technology for Climate Change Mitigation and Promotion of International Technology Cooperation and Transfer

Kanako Tanaka, R. Matsuhashi, Koichi Yamada
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引用次数: 1

Abstract

Various technologies exist for climate change mitigation. Technology transfer is important for the efficient use of these technologies globally. Such transfer/cooperation should be implemented, at sector basis, broadly and unlimitedly beyond conventional framework. In this paper, an Integrated Contribution Approach is proposed as a domestic as well as a global strategy. This approach unifies two approaches: seeking ways to reduce greenhouse gas (GHG) emissions, further improve technical capabilities and encourage technical innovation; and implementing technology transfer effectively, clarifying contributions and promoting efforts to achieve substantial global GHG reduction. As an illustration, this paper estimated the technical potential of solar generation in the developing world by the year 2020, considering current and anticipated technology development. The estimate suggests a huge possibility for CO2 reduction as well as business opportunities through worldwide technology cooperation based on recognition of the importance of continual technology development. To achieve such goals, a scheme promoting incentives for private investment is indispensable as it is essential to use economic forces as well as government policy. This paper describes the following considerations: establishing a simple, easy-to-access scheme that can concentrate private resources on technology transfer; clarifying reduction efforts through measuring, reporting, and verification (MRV); applying it to conditionality together with financial and/or economic internal rate of return (FIRR, EIRR); and establishing a database and analysing data on the technical contributions and dissemination of projects.
以技术促进减缓气候变化和促进国际技术合作与转让为重点的综合贡献办法
现有各种减缓气候变化的技术。技术转让对于在全球有效利用这些技术十分重要。这种转让/合作应在部门基础上,在常规框架之外广泛和无限制地执行。本文提出了一种综合贡献方法作为国内和全球战略。这种方法结合了两种方法:寻求减少温室气体排放的方法,进一步提高技术能力,鼓励技术创新;有效实施技术转让,明确贡献并促进实现全球温室气体实质性减排的努力。作为一个例子,本文估计了到2020年发展中国家太阳能发电的技术潜力,考虑到当前和预期的技术发展。这一估计表明,在认识到持续技术发展的重要性的基础上,通过全球技术合作,减少二氧化碳的可能性和商业机会很大。为了实现这些目标,一项鼓励私人投资的计划是必不可少的,因为既要利用经济力量,也要利用政府政策。本文描述了以下考虑:建立一个简单、易于获取的方案,将私人资源集中在技术转让上;通过测量、报告和验证(MRV)阐明减少工作;将其与财务和/或经济内部收益率(FIRR, EIRR)一起应用于条件性;建立一个数据库并分析有关技术贡献和项目传播的数据。
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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