Recoverability-Constrained Energy Systems — Complete Unified Framework and Execution Architecture (Non-Fragmentable Master Record)
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| Format: | Recurso digital |
| Sprache: | Englisch |
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Zenodo
2026
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| _version_ | 1866901683170181120 |
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| author | Sanchez, Noelia Sofia Interval Studio, United Kingdom |
| author_facet | Sanchez, Noelia Sofia Interval Studio, United Kingdom |
| contents | <p>This record defines a complete, non-fragmentable framework governing when energy systems may generate, store, distribute, or consume energy. It establishes a universal admissibility condition: no energy system may continue unless recoverability can be established in time under real conditions.</p> <p>Current energy crises are not caused by scarcity, but by systemic continuation beyond recoverability limits, resulting in cascade failures, blackouts, and irreversible infrastructure degradation. This work introduces a unified architecture integrating real-time boundary detection, admissibility gating, distributed enforcement, and recoverability-prioritized energy allocation.</p> <p>The framework applies across generation, storage, transmission, and consumption, and prevents irreversible system failure by enforcing pre-execution and continuous admissibility conditions. No operation may proceed where instability cannot be detected in time, acted upon within bounded limits, and recovered if incorrect.</p> <p>This document is complete and non-fragmentable. No section may be used independently. All components operate under a single invariant: a system may act only while recoverability is preserved across origin, present state, and future trajectory, in time and under real conditions. Where this cannot be established, continuation is non-admissible and execution does not occur.</p> <h2><span><strong>Additional notes </strong></span></h2> <p>This record is part of the Recoverability-Constrained Systems framework and must be interpreted under its canonical invariant. Partial use, selective extraction, or independent implementation of any section without preserving full admissibility conditions is non-equivalent and non-admissible.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19595701 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Recoverability-Constrained Energy Systems — Complete Unified Framework and Execution Architecture (Non-Fragmentable Master Record) Sanchez, Noelia Sofia Interval Studio, United Kingdom Recoverability-Constrained Systems Energy Systems Grid Stability Irreversibility Infrastructure Safety Distributed Systems Admissibility System Failure Prevention <p>This record defines a complete, non-fragmentable framework governing when energy systems may generate, store, distribute, or consume energy. It establishes a universal admissibility condition: no energy system may continue unless recoverability can be established in time under real conditions.</p> <p>Current energy crises are not caused by scarcity, but by systemic continuation beyond recoverability limits, resulting in cascade failures, blackouts, and irreversible infrastructure degradation. This work introduces a unified architecture integrating real-time boundary detection, admissibility gating, distributed enforcement, and recoverability-prioritized energy allocation.</p> <p>The framework applies across generation, storage, transmission, and consumption, and prevents irreversible system failure by enforcing pre-execution and continuous admissibility conditions. No operation may proceed where instability cannot be detected in time, acted upon within bounded limits, and recovered if incorrect.</p> <p>This document is complete and non-fragmentable. No section may be used independently. All components operate under a single invariant: a system may act only while recoverability is preserved across origin, present state, and future trajectory, in time and under real conditions. Where this cannot be established, continuation is non-admissible and execution does not occur.</p> <h2><span><strong>Additional notes </strong></span></h2> <p>This record is part of the Recoverability-Constrained Systems framework and must be interpreted under its canonical invariant. Partial use, selective extraction, or independent implementation of any section without preserving full admissibility conditions is non-equivalent and non-admissible.</p> |
| title | Recoverability-Constrained Energy Systems — Complete Unified Framework and Execution Architecture (Non-Fragmentable Master Record) |
| topic | Recoverability-Constrained Systems Energy Systems Grid Stability Irreversibility Infrastructure Safety Distributed Systems Admissibility System Failure Prevention |
| url | https://doi.org/10.5281/zenodo.19595701 |