中文書名 / Chinese Title: 自主城市微電網與能源共享極限 63/90 | PART III | STARLI RESEARCH INSTITUTE XXXVI English Title: AUTONOMOUS URBAN MICROGRIDS AND DISTRIBUTED ENERGY SHARING AT THE LIMIT Research Working Edition v1.0 | 1 November 2026 | Author: 33 / STARLI This prospective research working edition examines whether separately controlled district microgrids can exchange physically metered energy while preserving protected electrical services after a local fault. Its core three-coupling is Microgrids x Distributed Control x Energy Sharing. Studies are restricted to unoccupied scaled feeders, guarded controller hardware-in-the-loop, carefully bounded power interfaces and auditable digital-physical twins; the work claims neither city governance authority nor suitability for occupation. The preregistered main hypothesis asks whether distributed coordination improves state-of-charge estimation error against capable fixed-rule dispatch without worsening net lifecycle energy yield, when generation, storage, conductors, weather, labor, sensor resources and available forecast information are matched. Independent safety outcomes include loss-of-load duration, critical-load service, phase and voltage transients, physically measured frequency nadir and actual breaker isolation. The candidate swing model M domega/dt + D omega = Pm - Pe is treated as an operating-regime-limited frequency surrogate, not as a universal description of grid-following and grid-forming electronics. Withheld forecast shifts, islanding, battery thermal drift, network partitions, stale permissions and meter-reference biases provide explicit refutation tests. Its F02-anchored 777-page architecture comprises 14 scientific introductory pages, 30 differently purposed equation plates with units and blind rebuttals, 82 chapters with 410 separate one-page investigations, 200 Research Gates and 33 Phoenix proposals for distinct scientific instruments or evidence objects, plus seven closure pages. The 200 Gates pose prospective tests rather than completed laboratory results; the 33 Phoenix objects require independent prototypes and may fail their proposed qualifications. Each evidence line retains the full assigned denominator, rejected trials, metrology and a physical hard-stop code. External evidence includes An IoT-Based Framework for Distributed Generic Microgrid Controllers (10.1109/TCST.2024.3378989), Physical vulnerability-oriented reconfiguration of microgrids: centralized vs. decentralized control (10.1038/s41598-026-63123-9), the IEEE microgrid controller specification (10.1109/IEEESTD.2018.8340204), and Controller hardware-in-the-loop testing of multi-feeder hybrid control (10.1016/j.epsr.2026.113933; online 2026 with 2027 issue metadata). The FAIR data principles (10.1038/sdata.2016.18) inform independent reconstruction. Robo-Matter (10.1038/s41467-024-53123-6) is an analogy about reconfigurable matter, not a proof of microgrid performance. The author-supplied F13 mother-lineage Zenodo identifiers 10.5281/zenodo.23318840 and 10.5281/zenodo.23318839 have not been independently confirmed here.
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中文書名 / Chinese Title: 自主城市微電網與能源共享極限
63/90 | PART III | STARLI RESEARCH INSTITUTE XXXVI
English Title: AUTONOMOUS URBAN MICROGRIDS AND DISTRIBUTED ENERGY SHARING AT THE LIMIT
Research Working Edition v1.0 | 1 November 2026 | Author: 33 / STARLI
This prospective research working edition examines whether separately controlled district microgrids can exchange physically metered energy while preserving protected electrical services after a local fault. Its core three-coupling is Microgrids x Distributed Control x Energy Sharing. Studies are restricted to unoccupied scaled feeders, guarded controller hardware-in-the-loop, carefully bounded power interfaces and auditable digital-physical twins; the work claims neither city governance authority nor suitability for occupation.
The preregistered main hypothesis asks whether distributed coordination improves state-of-charge estimation error against capable fixed-rule dispatch without worsening net lifecycle energy yield, when generation, storage, conductors, weather, labor, sensor resources and available forecast information are matched. Independent safety outcomes include loss-of-load duration, critical-load service, phase and voltage transients, physically measured frequency nadir and actual breaker isolation. The candidate swing model M domega/dt + D omega = Pm - Pe is treated as an operating-regime-limited frequency surrogate, not as a universal description of grid-following and grid-forming electronics. Withheld forecast shifts, islanding, battery thermal drift, network partitions, stale permissions and meter-reference biases provide explicit refutation tests.
Its F02-anchored 777-page architecture comprises 14 scientific introductory pages, 30 differently purposed equation plates with units and blind rebuttals, 82 chapters with 410 separate one-page investigations, 200 Research Gates and 33 Phoenix proposals for distinct scientific instruments or evidence objects, plus seven closure pages. The 200 Gates pose prospective tests rather than completed laboratory results; the 33 Phoenix objects require independent prototypes and may fail their proposed qualifications. Each evidence line retains the full assigned denominator, rejected trials, metrology and a physical hard-stop code.
External evidence includes An IoT-Based Framework for Distributed Generic Microgrid Controllers (10.1109/TCST.2024.3378989), Physical vulnerability-oriented reconfiguration of microgrids: centralized vs. decentralized control (10.1038/s41598-026-63123-9), the IEEE microgrid controller specification (10.1109/IEEESTD.2018.8340204), and Controller hardware-in-the-loop testing of multi-feeder hybrid control (10.1016/j.epsr.2026.113933; online 2026 with 2027 issue metadata). The FAIR data principles (10.1038/sdata.2016.18) inform independent reconstruction. Robo-Matter (10.1038/s41467-024-53123-6) is an analogy about reconfigurable matter, not a proof of microgrid performance. The author-supplied F13 mother-lineage Zenodo identifiers 10.5281/zenodo.23318840 and 10.5281/zenodo.23318839 have not been independently confirmed here.