Power and voltage regulation of green energy resources VSC-based conditioning systems

Juan David Vasquez Jaramillo, Juan David Hincapie Zea
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Abstract

The obvious increment in carbon dioxide emission has encourage the power converters designers to enhance designs in order to guarantee the use of green power generation technologies. It should be balanced the fact that we need to decrease carbon dioxide emissions with the fact that we need to ensure that all power system technologies asure system stability, robustness and reliability. A useful power injection and voltage generation is a duty that must be done in the work of conditionig a resource to be connected into the electric grid, for which a power and voltage control system must be studied and proved to give the free way of interconnecting green technologies into the electric grid. This paper, shows a simple but power scontrol and regulation Park's transformation based-scheme for VSC voltage and power control, linked to power flow formulation for VSC-HVDC systems and power factor constraints.
基于vsc的绿色能源调节系统的功率和电压调节
二氧化碳排放量的明显增加促使变流器设计者加强设计,以保证绿色发电技术的使用。我们既需要减少二氧化碳排放,又需要确保所有电力系统技术都能确保系统的稳定性、稳健性和可靠性,这两者之间应该保持平衡。有效的电力注入和电压产生是调节资源并网工作中必须完成的任务,为此必须研究和证明电力和电压控制系统,为绿色技术并网提供自由的途径。本文结合直流-高压直流系统的潮流公式和功率因数约束,提出了一种简单但功率控制和调节的基于园区变换的直流电压和功率控制方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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