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A post-Kyoto analysis of the Greek electric sector

机译:京都后对希腊电力部门的分析

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The obligations resulting from the Kyoto Protocol (KP) are implemented by many participants, e.g. Greece, by a combination of two methods: (a) application of regional measures which restrict CO_2 emissions and (b) procurement of green certificates e.g. in a Climate Exchange Market (CEX). Therefore, the cost for compliance with the KP depends on the extent each method is used and also on the traded values in the CEX. The energy policy and planning to be considered are long-term items and now extension of the KP to a post-KP is discussed which reaches year 2020. In Greece, the electricity sector is with a weighted CO_2 contribution of 73%, the dominantly emission sector. The paper analyzes the cost and other merits of different scenarios for the expansion of electrical power system in Greece. For different scenarios, the total cost of the electrical power system expansion is calculated as a function of the price of emission certificates. It has been shown that there is a price of 27.5?/tCO_2, above which specific mitigation measures may lead to cost optimum solutions. A sensitivity analysis is also presented concerning the variation of key parameters like the participation in the system expansion of new supercritical coal units, the price evolution of natural gas, the RES usage rate and the discount rates of the expansion investments. Results may be of interest for a decision on the cost optimum electrical power system expansion.
机译:《京都议定书》(KP)产生的义务由许多参与者履行,例如希腊通过两种方法的组合:(a)实施限制CO_2排放的区域措施,以及(b)购买绿色证书,例如在气候交易市场(CEX)中。因此,遵守KP的成本取决于每种方法的使用范围以及CEX中的交易价值。能源政策和要考虑的规划是长期项目,现在讨论将KP扩展到KP后,直到2020年。在希腊,电力部门的CO_2加权贡献为73%,主要是排放部门。本文分析了希腊扩展电力系统的不同方案的成本和其他优点。对于不同的情况,根据排放证书的价格来计算电力系统扩展的总成本。已经表明,存在27.5?/ tCO_2的价格,高于该价格时,特定的缓解措施可能会导致成本最优的解决方案。还对关键参数的变化进行了敏感性分析,这些参数包括参与新超临界煤装置的系统扩展,天然气的价格演变,RES使用率和扩展投资的折现率。决定最佳成本的电力系统扩展的结果可能令人感兴趣。

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