Code from Effects of dynamic power electronic load models for power systems analysis: A case study with ZIP-E loads.
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Figure 2: Transient simulation for
$dynpi$ lines at$load\:scale\in\{0.2, 0.5, 0.8\}$ . -
Figure 3: Transient simulation for both
$statpi$ and$dynpi$ lines. Includes slider for$load\:scale$ . -
Figure 4: Eigenvalues for
$dynpi$ lines at$load\:scale\in\{0.2, 0.5, 0.8\}$ . -
Figure 5: Eigenvalues for both
$statpi$ and$dynpi$ lines. Includes slider for$load\:scale$ .
There are two steps: running the simulations and plotting the results.
First, run the simulations. This may take a while or a long while depending on how many cores your computer has - it took about ADD TIME HERE on our 128-core server. -t $(nproc) just ensures that julia uses as many threads as you have cores.
julia -t $(nproc) experiments/9bus_sims.jlOnce you've run the simulations, results will be stored in the data folder. You can now read them and make plots.
julia experiments/9bus_results.jlThis will save the plots as .html files which you can open in your browser.
You'll notice that there's some additional data in these plots - there is a second column or row of plots containing the same results, but for the case with all synchronous machines. If you don't want this, you can set just_like_paper=true on line 20 of 9bus_results.jl.