{"document":{"slug":"filing-20260715-5011","title":"Comments of Relentless Energy Systems LLC providing technical evidence and Xyce netlists demonstrating Geometric Phase Isolation, a Grid Enhancing Technology, for passive hardware-level VAR-offloading at Point-of-Load","issued":"2026-07-15","accession":"20260715-5011","docket":"EL26-67-000","group":"PJM, SPP, NYISO, MISO, CAISO, ISO-NE filings","filer":"Relentless Energy Systems LLC","kind":"comments","file":"sources/originals/20260715-5011_01.pdf","url":"https://elibrary.ferc.gov/eLibrary/filelist?accession_Number=20260715-5011","sha256":"fde82fe634aca50ecb2db2007be8fa93ee69de2d611bbfb77d30b91c87b5810e","pages":3,"tokens":395,"emptyPages":[]},"pages":[{"page":1,"startToken":0,"endToken":180,"text":"1   \n   \nSecurity Level: PUBLIC   \nUNITED STATES OF AMERICA   \nFEDERAL ENERGY REGULATORY COMMISSION   \nRe: Large Load Interconnection, Co-Located Resources, and Grid Enhancing \nTechnologies \nDocket Nos. EL26-67-000, EL26-68-000, EL26-69-000, EL26-70-000, EL26-71-000, \nEL26-72-000, EL25-49-002, and AD10-12-017 \nSUBMISSION OF TECHNICAL EVIDENCE: GEOMETRIC PHASE ISOLATION (GPI) FOR \nPASSIVE HARDWARE LEVEL VAR OFFLOADING \n \n \n \nTo: Debbie-Anne Reese, \nSecretary Federal Energy Regulatory Commission \n888 First Street, N.E. \nWashington, D.C. 20426 \n \nDear Secretary Reese, \nRelentless Energy Systems LLC respectfully submits the enclosed technical evidence \nand Xyce netlists and results to assist regional transmission organizations and the \nCommission in mitigating the infrastructure impacts of large loads in support of the \nCommission’s ongoing Show Cause orders. This filing provides comprehensive \nanalytical data, solver-verified models, and engineering specifications for a novel \nGrid Enhancing Technology (GET) directly applicable to the large load interconnection \nconstraints and transmission congestion issues driven by the unprecedented national \ngrowth of high-density loads.   \nThis submission details Geometric Phase Isolation (GPI), a passive five‑dimensional \nLCFVR parallel resonant manifold engineered to physically offload magnetizing VARs \nat the Point of Load. The attached evidence demonstrates that GPI provides Xyce"},{"page":2,"startToken":180,"endToken":305,"text":"2   \n   \nsolver verified hardware‑level VAR offloading through an internally circulating \nreactive payload that maintains strict First Law thermodynamic parity. By preventing \nupstream VAR propagation and its associated thermal transit constraints, the GPI \nmanifold materially increases available interconnection capacity without requiring new \ntransmission rights‑of‑way.   \nThe following three (3) groups of documents are included in this public eFiling for \ntechnical review by Commission engineering staff:   \n• GPI_Master_Netlist Capacitance Variance Sweep (5 Netlists) \n- GPI_Master-20%_Netlist.txt \n- GPI_Master-10%_Netlist.txt \n- GPI_Master_Netlist.txt \n- GPI_Master+10%_Netlist.txt \n- GPI_Master+20%_Netlist.txt \n- GPI_Composite_Dashboard.pdf  \n• \nRR-GPI_5D-LCFVR_Resilient-Resonance Sweep (1 Netlist) \n- RR-GPI_5D-LCFVR_Resilient-Resonance_Netlist.txt \n- RR-5D-LCFVR-GPI-ResilientResonance-Graph-Table.pdf \n• \nNon‑Provisional Patent Application No. 19/546,421 \n- \nSPECIFICATION.pdf  \n- \nDRAWINGS.pdf"},{"page":3,"startToken":305,"endToken":395,"text":"3   \n   \nThis filing is submitted unencrypted and without restriction into the public docket to \nsupport rigorous technical evaluation of GPI as a viable, scalable Grid Enhancing \nTechnology. The submission complies with 18 CFR §§ 385.2001–2005 and is filed \nelectronically through FERC’s eFiling system.   \n \nRespectfully submitted,   \n/s/ Benjamin Donovan Blackketter   \nBenjamin Donovan Blackketter Founder, \nben@relentlessenergy.systems   \nRelentless Energy Systems LLC   \nrelentlessenergy.systems  \n740.252.6922   \nRelentless Energy Systems LLC – Northwest Registered Agent   \n6545 Market Ave. North, STE 100   \nCanton, Stark County, OH 44721   \nUnited States   \nDate: July 14, 2026"}],"sections":[{"p":1,"at":0,"title":"Pages 1 to 3","method":"page range","endPage":3,"endAt":687,"startToken":0,"endToken":395}]}