Sun Cage (V5) & Hybrid Fiber Infrastructure: Advanced Core Optimization via Fibonacci-Halbach Geometry
Year: 2026
Type: dataset
Abstract: This study presents the Sun Cage (V5) core optimization and hybrid fiber infrastructure framework, building upon previous low-thermal-stress photonic-hybrid architectures. By integrating a Fibonacci spiral winding geometry (\phi \approx 1.618) with a Halbach-array magnetic shielding configuration, the core flux density and field confinement are significantly enhanced. The recalculated closed-loop core power recirculation reaches 11.85 \text{ kW/module} (284.4 \text{ kWh/day}), representing an 13.18\% efficiency gain over the V4 baseline. Material optimization demonstrates a 37.8\% total core mass reduction, requiring only 160 \text{ g} of copper and 245 \text{ g} of NdFeB magnets per module. Numerical verification via the GPAI solver suite (RK45 integration) confirms a 1:540 structural mass reduction ratio compared to standard conductor equivalents, along with absolute 360^\circ dielectric integrity and zero breakdown risk (\beta \rightarrow 0). For a metropolitan-scale deployment of 286,000 active nodes, the architecture projects an annual net yield of 28.20 \text{ TWh/year}.
Author: Can, Yusuf
Language: English
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7212371523