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An adaptive control of hybrid battery-supercapacitor storage for integration of wind and solar

机译:风能和太阳能集成的混合电池-超级电容器存储的自适应控制

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摘要

Integration of wind and solar within dc microgrids into buildings is presented. First, a cache control method is applied to utilize a hybrid energy storage which combines diverse but complementary storage technologies. Second, an adaptive droop scheme is proposed to provide coordination control of a battery in real-time and long-term operation. Compared with other existing droop controls, it is distinguished in that the adaptive droop is proposed to force real-time state of charge of battery to track on the optimized scheduled SOC in long-term. Several simulations are performed to realize the presented method.
机译:介绍了将直流微电网中的风能和太阳能集成到建筑物中的方法。首先,应用缓存控制方法来利用混合了多种但互补的存储技术的混合能量存储。其次,提出了一种自适应下垂方案,以提供电池在实时和长期运行中的协调控制。与其他现有的下垂控制相比,其区别在于,提出了自适应下垂以强制电池的实时充电状态长期跟踪优化的调度SOC。进行了几种仿真以实现所提出的方法。

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