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Future power grids will be operating a large number of heterogeneousdynamical actors. Many of these will contribute to the fundamental dynamicalstability of the system. By taking a complexity theoretic perspective we derivea normal form for grid forming components in power grids. This allows analyzingthe grids systemic properties without the need for detailed technical models.Our approach is based on the physics of the power flow in the grid on the onehand, and on the common symmetry that is inherited from the control objectivesgrid-forming power grid components are trying to achieve. We provide a firstexperimental validation that this normal form can capture the behavior ofcomplex grid forming inverters without any knowledge of the underlyingtechnology, and show that it can be used to make technology independentstatements on the stability of future grids.

A normal form for grid forming power grid actors