Battery Storage Systems for Wind Farms
A Real-Time Hardware-in-loop Simulation Study
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Batteries are important energy storage devices and are used in different applications. The purpose of this work is to study behavior and characteristics of batteries when used in system-level design process. In addition, the use of hardware-in-loop (HIL) simulation of batteries for power system applications is studied. The book also aims to investigate the ability of HIL in alleviating the need for extensive and detailed modeling of battery storage systems and to improve the accuracy of the simulation of systems where they are used. The major problem of using battery models is that they are gr...
Batteries are important energy storage devices and are used in different applications. The purpose of this work is to study behavior and characteristics of batteries when used in system-level design process. In addition, the use of hardware-in-loop (HIL) simulation of batteries for power system applications is studied. The book also aims to investigate the ability of HIL in alleviating the need for extensive and detailed modeling of battery storage systems and to improve the accuracy of the simulation of systems where they are used. The major problem of using battery models is that they are greatly affected by external factors such as temperature and history of the charge/discharge regimes. An HIL scheme eliminates the need for mathematical modeling of batteries by interfacing them directly to the simulator, where charging and discharging regimes, state of charge estimation methods and efficiency can be investigated. The book should help shed some light on this new and exciting field, and should be especially useful to engineers and professionals in the field of power systems, or anyone else who may be considering utilizing HIL simulation.
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