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Mitigation of CO2 emissions by optimizing energy storage capacity

机译:通过优化储能能力来减少二氧化碳排放

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With spreading of renewable energy in energy mix of national grids, the issue of high capacity and efficient energy storage is becoming very critical. A comprehensive model of South African power grid developed at the University of Pretoria is presented in this work. The model contains all notable power generators in the country. Mixed integer non-linear optimisation techniques are employed for unit commitments calculations. The Optimal size of storage will be calculated these optimisation methods. This work is unique as the optimisation was performed with CO2 emissions as the only objective variable. The main output of this work is estimation of the optimal size of energy storage required for renewable capacities planned in South Africa for 2030.
机译:随着可再生能源在国家电网的能源结构中的传播,高容量和高效储能的问题变得非常关键。这项工作介绍了比勒陀利亚大学开发的南非电网的综合模型。该模型包含该国所有著名的发电机。混合整数非线性优化技术用于单位承诺计算。这些优化方法将计算出最佳存储大小。这项工作是独一无二的,因为优化是将二氧化碳排放量作为唯一的目标变量进行的。这项工作的主要成果是估计南非2030年计划的可再生能源所需的最佳储能规模。

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