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 uni-fies 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 re-duction. 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 technol-ogy 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 con-centrate 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.
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CITATION STYLE
Tanaka, K., Matsuhashi, R., & Yamada, K. (2016). An Integrated Contribution Approach Focusing on Technology for Climate Change Mitigation and Promotion of International Technology Cooperation and Transfer. Low Carbon Economy, 07(02), 71–87. https://doi.org/10.4236/lce.2016.72008