Power System Risk Minimization under Wildfire Disruptions

A Julia code that simulates the wildfire scenarios and optimizes the power system risk minimization problem.

Data

The required data for the problem is as follows:

• $\texttt{indexSets}$: the network index set, including the set of buses $\mathcal{B}$ and set of lines $\mathcal{L}$, etc.;
• $\texttt{paramOPF}$: the necessary parameters for optimal power flow problem;
• $\texttt{paramDemand}$: the necessary parameters for the load demand;
• $\Omega_\texttt{rv}$ and $\texttt{prob}$: the set of scenarios and the probability of each scenario $\omega \in \Omega_\texttt{rv}$.

You can generate data from the file in $\texttt{data}$:

.../WildFire_Power/data/testData_RTS/generateData_RTS_GMLC.jl 

Decomposition algorithm:

Go to the file:

.../src/alg/loadMod.jl

Upload all the required Julia packages and files. Then you can call the function:

sddipResult = SDDiP_algorithm(; ϵ = 1e-4, max_iter = 100)