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High Efficiency Cogeneration: Electricity from cogeneration in CHP Plants

机译:高效热电联产:CHP植物中的电力电力

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In 2004, the European Parliament and the Council of the European Union adopted the Directive 2004/8 EC whose purpose is to increase energy efficiency and develop high efficiency cogeneration of heat and power. Italy brought into force this law by means of the Legislative Decree February 8, 2007, n. 20 and two ministerial decrees (the ministerial decree of Environment Ministry (August 4, 2011), that integrates the Decree n.20, and the ministerial decree of Ministry of Economic Development (September 5,2011), that lays down the conditions and procedures for access to the support system of cogeneration). From January 1, 2011, the legislative and incentive cogeneration context is radically changed and, consequently, new boundary conditions must be taken into account in order to evaluate performance of cogeneration plants. Therefore, in this paper authors have analysed the different types of plants in operation in Italy and have calculated the percentage of electricity from cogeneration of each type of plant, taking into account the typical operating parameters. The result of this paper may therefore be a valuable tool for the operators of the cogeneration sector in order to identify the suitability of an investment in this sector.
机译:2004年,欧洲议会和欧洲联盟委员会通过了该指令2004/8欧盟,其目的是提高能源效率,发展高效率的热量和动力。意大利通过2007年2月8日的立法法令,生效了这项法律。 20和两个部长级法令(环境部部长法令(2011年8月4日),纳入第N.20号法令,以及经济发展部(2011年9月5日)的部长法令,奠定了条件和程序访问热电联产支持系统)。从2011年1月1日起,立法和激励热电联产上下文是从根本上改变,因此必须考虑新的边界条件,以评估热电联产植物的性能。因此,在本文中,在意大利的操作中分析了不同类型的植物,并考虑了典型的操作参数,计算了每种植物的热电联产的电力百分比。因此,本文的结果可能是热电联产部门运营商的有价​​值的工具,以确定该部门投资的适用性。

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