首页> 外文会议>Power Electronics Intelligent Motion Power Quality vol.1 >OPTIMAL AND PREDICTIVE ENERGY MANAGEMENT OF PHOTOVOLTAIC-FUEL CELL HYBRID SYSTEMS WITH SHORT-TIME ENERGY STORAGE
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OPTIMAL AND PREDICTIVE ENERGY MANAGEMENT OF PHOTOVOLTAIC-FUEL CELL HYBRID SYSTEMS WITH SHORT-TIME ENERGY STORAGE

机译:具有短时能量存储的光伏燃料电池混合系统的最优和预测能量管理

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摘要

The significance of photovoltaic hybrid systems with fuel cell co-generation and supercapacitor short-time energy storage is discussed. The benefits of a fuel cell-supercapacitor hybrid unit, namely increase of energy efficiency and fuel cell lifetime, are pointed out A 1,2kW experimental system developed for testing of new predictive and optimizing energy management algorithms is presented. New classification based models for the forecasting of fluctuating photovoltaic and load time series are briefly discussed.
机译:讨论了具有燃料电池热电联产和超级电容器短时能量存储的光伏混合系统的重要性。指出了燃料电池-超级电容器混合单元的好处,即提高了能源效率和燃料电池寿命,提出了一种为测试新的预测和优化的能量管理算法而开发的1,2kW实验系统。简要讨论了用于预测波动光伏和负载时间序列的基于分类的新模型。

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