Mixed-Integer-Quadratic-Programming based Predictive Control for hydrogen production using renewable energy

A. Serna, F. Tadeo, J. Normey-Rico
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引用次数: 2

Abstract

An Energy Management System (EMS) to balance the production of renewable sources with the consumption by a set of electrolization units is proposed here based on Model Predictive Control ideas (MPC). This EMS regulates the operating point of each electrolyzer and its connections or disconnections using a Mixed-Integer-Quadratic-Programming algorithm. A case study is given for an installation composed of wave and wind energy sources and a set of 3 alkaline electrolyzers. Validation using measured data at the target location of the installation shows the adequate performance of the proposed EMS.
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基于混合整数-二次规划的可再生能源制氢预测控制
本文提出了一种基于模型预测控制思想(MPC)的平衡可再生能源生产与一组电气化装置消耗的能源管理系统(EMS)。该系统使用混合整数-二次规划算法来调节每个电解槽的工作点及其连接或断开。给出了一个由波浪、风能和一套3台碱性电解槽组成的装置的实例。在安装的目标位置使用测量数据进行验证,表明所建议的EMS具有足够的性能。
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