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Dataset concerning the hourly conversion factors for the cumulative energy demand and its non-renewable part, and hourly GHG emission factors of the Swiss mix during a one-year period (2016 and 2017)

机译:关于累计能源需求的每小时转换因子及其非可再生部队的数据集,以及在一年期间(2016年和2017年)的瑞士混合的每小时GHG排放因子

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The provided data are the hourly CO2-eq emission factors, and the hourly conversion factors for the cumulative energy demand and its non-renewable part for the Swiss electricity mix over one year (2016 and 2017). These data have been assessed on the base of an inventory of the technology used for electricity generation and an attributional life-cycle approach according to the methodology presented in Vuarnoz and Jusselme (2018). Compared with Vuarnoz and Jusselme , electricity imports from Italy to Switzerland are not neglected anymore, and lead to more accurate output data. The utility of the proposed data lies in the multiple possible applications. The presented data are necessary for conducting a life cycle assessment of all processes and products using electricity in Switzerland. Moreover, the presented data could serve as a sustainable benchmark of electricity when implementing renewable energy systems and energy storage . Because of their temporal accuracy, the hourly conversion factors enable the development of energy management strategies taking into account the time-dependent life cycle impacts. Finally, they can be used for the quantitative follow-up of the decarbonization process of the grid electricity at the national level over a given lapse of time.
机译:提供的数据是每小时CO2-eq排放因子,以及累计能源需求的每小时转换因子及其非可再生部队于一年内(2016年和2017年)。根据Vuarnoz和Jusselme(2018)中呈现的方法,已经评估了这些数据的基础和用于发电的技术和归因生命周期方法的基础。与Vuarnoz和Jusselme相比,从意大利到瑞士的电力进口不再被忽视,导致更准确的输出数据。所提出的数据的实用程序位于多种可能的应用中。所提出的数据对于在瑞士使用电力的所有工艺和产品进行生命周期评估所必需的。此外,当实施可再生能源系统和能量存储时,所呈现的数据可以作为电力的可持续基准。由于它们的时间准确性,每小时转换因素使能源管理战略的发展考虑到时间依赖的生命周期影响。最后,它们可用于在特定时间流逝的国家层面的栅极电网的脱碳过程的定量跟进。

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