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This paper investigates the problem of generation and load settings in asynthetic power grid modeling of high-voltage transmission network, consideringboth electrical parameters and topology measures. Our previous study indicatedthat the relative location of generation and load buses in a realistic grid arenot random but correlated. And an entropy based optimization approach has beenproposed to determine a set of correlated siting for generation and load busesin a synthetic grid modeling. Using the exponential distribution of individualgeneration capacity or load settings in a grid, and the non-trivial correlationbetween the generation capacity or load setting and the nodal degree of ageneration or load bus we develop an approach to generate a statisticallycorrect random set of generation capacities and load settings, and then assignthem to each generation or load bus in a grid.

On the Statistical Settings of Generation and Load in a Synthetic Grid Modeling