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Carbon dioxide emissions reduction by renewable energy employment in Romania

机译:罗马尼亚通过可再生能源就业减少二氧化碳排放

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摘要

Meeting environmental constraints represents a particularly important condition that energy systems are currently facing, especially with the emphasis on mitigating global warming process. Reducing carbon dioxide emissions is therefore one of the main practices that can be used to achieve the objectives set by energy policies in this regard. This paper aims to assess the decrease of these emissions over a short timeframe, based on historical records regarding instantaneous electricity demand and generation by sources for the last ten years in Romania. For this purpose, an algorithm was developed in Matlab to calculate several quantities including total energy generated annually, average used capacity for each type of primary source and total carbon dioxide emissions. The predictor variable used to evaluate the yearly amount of emissions as the outcome variable was the total renewable energy share in electricity demand. The variation in time of the determined quantities is presented, as well as their approximate trend of evolution in order to foresight their values by 2020.
机译:满足环境限制是能源系统当前面临的特别重要的条件,特别是着重于减轻全球变暖的过程。因此,减少二氧化碳排放是可用于实现能源政策在这方面设定目标的主要实践之一。本文旨在根据罗马尼亚最近十年来有关瞬时电力需求和按来源发电的历史记录,评估短时间内这些排放量的减少情况。为此,在Matlab中开发了一种算法来计算几个数量,包括每年产生的总能量,每种主要来源的平均已用容量以及二氧化碳的总排放量。用于评估年度排放量的预测变量是结果变量,即电力需求中可再生能源的总份额。提出了确定数量的时间变化以及它们的近似演变趋势,以便在2020年之前预测其值。

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