Grid Collapse as Recursive Failure: Diagnosing Incoherency in Modern Power Networks
Year: 2025
Type: article
Abstract: Introduction On a Monday afternoon 28.05.2024, an unexpected 15 GW drop in the Spanish grid triggered a cascading blackout across the Iberian Peninsula, with repercussions felt as far as France and Andorra. While traditional explanations point to sudden photovoltaic dropouts or atmospheric anomalies, a deeper inspection reveals a structural vulnerability: recursive feedback collapse caused by incoherent system-wide responses. From Fragile to Adaptive Recursion To prevent future recursive collapses, the grid must evolve from a brittle, binary protection logic to a layered, coherence-aware system. Recursive systems only function when their feedback loops are stable, buffered, and guided by synchronized context. By integrating hysteresis design, inverter-layer fast-response systems, and AI-managed orchestration, the grid can shift from catastrophic failure toward adaptive coherence — the very hallmark of resilient recursion. Acknowledgments:Certain sections of this document were generated or refined using AI tools, including GPT-4, guided and reviewed by the author. All core ideas, structure, and conceptual frameworks are original and human-authored.
Author: Schwemler, Alexander
Language: English
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6893259898
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