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Complex-Array-Operation Newton Solver for Power Grids Simulations
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DOI：10.1109/ACCESS.2020.2979775.png)
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Abstract
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This paper presents a robust and efficient technique for performing repeated power flow simulations of power networks. The method relies on a vector-based formulation of the power balance equations combined with a complex-array operation Newton solver. It is shown how the method is suitable for advanced simulations of power grids, such as probabilistic analyses, where a large number of scenarios have to be explored in reasonable simulation times. Applications to benchmark single phase networks as well as to unbalanced three phase grids are provided.
Keywords:
Mathematical model
Analytical models
Jacobian matrices
Power grids
Robustness
Admittance
Integrated circuit modeling
Array-operation
Newton solver
power flow
probabilistic analysis
power grid simulation
simulation
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