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Net zero emissions in radio base stations operating at different conditions

机译:在不同条件下运行的无线电基站的净零排放

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摘要

For more than a decade, the relevance of the “state of emergency” for the environment due to CO emissions has been setting the targets for climate action also reflected by the Directive 2010/31 / EU Energy Efficiency, among others. Radio Base Stations (RBS) should meet an energy target, while consumer nodes should become renewable energy generators with the ability to import and export energy to the power grid. This paper studies the feasibility of integrating renewable energy for power feeding RBSs and to enable a zero balance system, similar to the concept applied in energy-efficient buildings. The feasibility evaluations are based on observed statistics of the device failures for a year and over a span of twenty years. Further, we demonstrate the viability of the facility in terms of energy reliability and zero emissions balance, applying the same criteria used in buildings. Synergy scenarios involving buildings, electric operators, and telecommunication stations to achieve 100% renewable energy have been shown.
机译:十多年来,由于CO排放导致的环境“紧急状态”的相关性一直在设定气候行动的目标,也反映了指令2010/31 /欧盟能源效率等。无线电基站(RBS)应符合能源目标,而消费者节点应成为可再生能源发生器,具有将能量导出到电网的能力。本文研究了为供电RBS集成的可再生能源的可行性,并实现零平衡系统,类似于应用节能建筑中的概念。可行性评估基于观察到的设备故障统计一年,二十年来。此外,我们展示了设施在能量可靠性和零排放平衡方面的可行性,适用于建筑物中使用的相同标准。已经显示了涉及建筑物,电动机和电信站实现100%可再生能源的协同作用场景。

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