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The Use of Smart Grids to Increase the Resilience of Brazilian Power Sector to Climate Change Effects

机译:使用智能电网提高巴西电力部门对气候变化影响的抵御能力

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Climate change has been a much-commented subject in the last years. The energy sector is a major responsible for this event and one of the most affected by it. Increasing the participation of renewable is a way to mitigate these effects. However, a system with large share of renewables (like Brazil) is more vulnerable to climate phenomena. This article analyzes the implementation of smart grids as a strategy to mitigate and adapt the electricity sector to climate change. Different climate and energy sector scenarios were simulated using a bottom-up approach with an accounting model. The results show that smart grids can help save energy, increase network resilience to natural hazards and reduce operational, maintenance costs and investments in new utilities. It would also allow tariffs diminution because of generation and losses costs reductions.
机译:近年来,气候变化一直是备受关注的话题。能源部门是这一事件的主要责任者,也是受其影响最大的部门之一。增加可再生能源的参与是减轻这些影响的一种方法。但是,拥有大量可再生能源的系统(如巴西)更容易受到气候现象的影响。本文分析了智能电网的实施,以此作为缓解和适应电力部门以适应气候变化的战略。使用自底向上方法和会计模型对不同的气候和能源部门情景进行了模拟。结果表明,智能电网可以帮助节省能源,提高网络抵御自然灾害的能力并减少运营,维护成本以及对新公用事业的投资。由于发电量和损失成本的减少,这还将允许降低关税。

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