POWER QUALITY ANALYSIS AND IMPROVEMENT OF PTX PLANTS USING DIGITAL TWINS

#electromagnetic #power-quality #hydrogen #modeling #digital-twin

Power-to-X (PtX) is known as a promising solution to one of the most critical challenges in the transition to renewable energy, the difference between green power generation and variable demand. As renewable energy resources like wind and solar produce variable power, PtX systems can facilitate large-scale and long-term energy storage by converting electricity into chemical forms such as hydrogen or synthetic fuels. However, integrating PtX plants into the electrical grid requires meeting strict power quality standards to ensure system reliability and stability. This is especially critical because insufficient power quality can disrupt grid operations and limit the scalability of PtX technology. Due to the high capital and operational costs of PtX facilities and their limited accessibility digital modeling and simulation tools have become essential for performance analysis and system optimization. Digital twins/shadows propose a robust framework to replicate real world behavior which supports a detailed investigation of power quality impacts without disrupting actual operations. This webinar provides an overview of the power quality challenges in PtX integration and demonstrates how digital twins can be used to assess and improve these systems. Real world case studies from Denmark will be presented to illustrate practical applications and outcomes.