首页> 外文会议>International Conference on Greenhouse Gas Control Technologies; 20040905-09; Vancouver(CA) >ASSESSMENT OF REGIONAL TECHNICAL GHG EMISSION REDUCTION ACTION CONSIDERED UNCERTAINTY IN KYOTO PROTOCOL SECOND COMMITMENT PERIOD
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ASSESSMENT OF REGIONAL TECHNICAL GHG EMISSION REDUCTION ACTION CONSIDERED UNCERTAINTY IN KYOTO PROTOCOL SECOND COMMITMENT PERIOD

机译:京都议定书第二承诺期考虑了不确定性的区域技术温室气体减排行动评估

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International discussion on the 2nd commitment period of the Kyoto Protocol is supposed to start from the next year, and it is thought that COP will argues about the right or wrong of the determination of GHG emission reduction target of the present Annex B countries or a GHG emission reduction target setup to developing countries in the 2nd commitment period. Since any specific regulations for the 2nd commitment period have not decided yet at all, although large uncertainty exists in the institutional side, we attempted to derive the optimal energy system development for the world up until at the end of the 2nd commitment period through use of a new global energy system model, boldly supposing various cases (especially setup of 2nd commitment period GHG emission reduction target). We believe it is very important to explore the energy and environmental policy towards GHG emission reduction target achievement of Annex B countries including Japan with the powerful computer simulation model.rnIn this research, we also formulated Kyoto Mechanism (flexibility mechanism) in our energy model and tried to analyze specific energy strategies by nation or region, optimizing the global energy system subject to GHG emission reduction target in the 2nd commitment period from 2000 to 2017 using this model. Through application of our model to Kyoto Mechanism, we intend to propose optimal technical measures to achieve emission reduction commitment.
机译:有关《京都议定书》第二承诺期的国际讨论预计将从明年开始,据认为,缔约方大会将就确定本附件B国家或温室气体减排目标的正确与否进行辩论。在第二承诺期内向发展中国家设定减排目标。由于第二承诺期的任何具体法规都还没有决定,尽管机构方面存在很大的不确定性,我们还是尝试通过使用以下方法来推导直到第二承诺期末为止世界的最佳能源系统发展。一个新的全球能源系统模型,大胆地假设各种情况(尤其是设定第二承诺期温室气体减排目标)。我们认为,通过强大的计算机模拟模型,探索针对包括日本在内的附件B国家的温室气体减排目标实现的能源和环境政策非常重要。在本研究中,我们还在能源模型中制定了京都机制(灵活性机制),该模型试图按国家或地区分析具体的能源战略,并在2000年至2017年的第二个承诺期内优化符合温室气体减排目标的全球能源系统。通过将我们的模型应用于《京都机制》,我们打算提出最佳技术措施以实现减排承诺。

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