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Optimum power quality service in multi-bus microgrid systems

机译:多总线微电网系统中的最佳电能质量服务

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Power quality requirements for different consumers and electric equipment are distinguished. Conventionally a common power quality standard is applied to the whole power grid inducing debate between several sides, including consumers, generation sites and technical commissions. Customized power quality standard settings for different consumers become a widely accepted solution. The main challenge is on the proper regulation of power quality in different areas. This paper considers a multi-bus microgrid system where the power quality in each has flexible and individual standard. Distributed generators are utilized to provide power quality regulation functions. An optimization method based strategy is proposed and implemented with the power converter control system. A general mathematical model is established which can be used in the optimization problem for evaluating the objective function. Simulation is conducted taking voltage unbalance as an example, which demonstrates the effectiveness of the method.
机译:区分了不同用户和电气设备的电能质量要求。常规地,将通用的电能质量标准应用于整个电网,从而引起包括消费者,发电站和技术委员会在内的多个方面之间的争论。针对不同用户的自定义电能质量标准设置已成为广泛接受的解决方案。主要的挑战是在不同地区对电能质量进行适当的调节。本文考虑了一种多总线微电网系统,其中每个系统的电能质量都有灵活的个性化标准。分布式发电机用于提供电能质量调节功能。提出了一种基于优化方法的策略,并与功率变换器控制系统一起实现。建立了通用数学模型,该模型可用于优化问题中以评估目标函数。以电压不平衡为例进行了仿真,证明了该方法的有效性。

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