Consider the Possibility of Being Wrong
Klosterman and Schulz on the phenomenology of collective error, and what Aristotle, ELCC, EMT simulation, and AI training have in common.
Why Power System Planning Software Is Broken
The tools used for integrated power system planning were built to work in isolation. Fixing them is not a computing problem — it's a software architecture problem with organizational roots.
How Does Philosophy Influence Power Systems Modeling
Wittgenstein's philosophy of language illuminates why semantic clarity in power systems modeling matters — from Sienna's type system to the failures of CIM and the preconditions for trustworthy AI.
Modeling and Simulation of Decarbonized Power Systems Across Timescales
This post reviews some of the concepts of power systems operations and its timescales
Data Models in Power Systems Software
The most critical deisgn aspect you have never heard of in Power Systems. Excerpt from PowerSystems.jl — A power system data management package for large scale modeling
Microgrid deployment in complex circumstances
Low-tech microgrids can deliver high value when the deployment circumnstances are complex