In the face of environmental problems, the energy industry needs to convert energy sources into clean energy, but the technological maturity of renewable energy such as solar and wind power is not high enough, so each country is implementing expansion and dissemination policies based on various systems. The most representative energy policy, renewable energy certificate (REC) transaction system, based on the renewable portfolio standard (RPS), is a policy to supplement the economic feasibility of renewable generations until the technological maturity of them is completed, and is characterized by giving proper weights to each sources. TEG, a power generation source that utilizes waste pressure in the process of decompressing high-pressure gas, is one of the new renewable power candidates in the spotlight in terms of high eco-friendliness and energy recovery. In this paper, the economic and policy factors are evaluated to calculate the REC multipliers for new types of power sources. In particular, it is estimated based on the power generation and electricity sales performance data collected through the operation of the 300 kW TEG operating at the Gimhae decompression facility in Korea.

中文翻译：

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透平膨胀机与配电系统互联的性能和政策评估研究

面对环境问题，能源行业需要将能源转化为清洁能源，但太阳能、风能等可再生能源的技术成熟度还不够高，因此各国都在实施基于各种制度的扩张和推广政策. 最具代表性的能源政策，可再生能源证书（REC）交易系统，基于可再生能源组合标准（RPS），是在可再生能源技术成熟之前补充其经济可行性的政策，其特点是给予每个来源的适当权重。TEG，一种利用高压气体减压过程中的废压发电源，在高度环保和能源回收方面，是备受关注的新型可再生能源候选者之一。在本文中，通过评估经济和政策因素来计算新型电源的 REC 乘数。特别是，它是根据在韩国金海减压设施运行的 300 kW TEG 运行收集的发电和售电绩效数据进行估算的。