Facility Origins & Engineering Philosophy
Founded to replace speculation with rigorous thermodynamic and electrical load analysis, Reason Connect Hub trains operators to build resilient, profitable computing facilities.
Our History & Purpose
The registered business Reason Connect Hub was established in 2021 in Gimpo-si, Gyeonggi-do. Our founding team composed of industrial electrical engineers and computing facility managers recognized a critical gap in the commercial mining sector: while manufacturers published idealized laboratory specification sheets, real-world operators faced crippling transformer losses, seasonal cooling bottlenecks, and complex time-of-use utility billing structures.
Beginning as an informal technical working group sharing airflow calculations and harmonic distortion readings among local facility managers, Reason Connect Hub formalized its curriculum into hands-on educational workshops. Today, we host engineering cohorts and private audit clinics from our dedicated testing facility in Daegot-myeon.
Our core mission is straightforward: to equip facility managers, electrical contractors, and infrastructure planners with the exact mathematical models, diagnostic workflows, and operational protocols needed to make informed decisions without relying on generic rule-of-thumb assumptions.
Engineers & Instructors
Our workshop sessions are led by experienced practitioners with background in high-voltage industrial electrical systems and datacenter airflow design.
Choi Yuna
Technical Director & Lead InstructorWith a professional background in electrical power systems and thermal management for high-density computing loads, Choi Yuna leads our curriculum development and coordinates hands-on diagnostics on the Daegot testbed. She oversees all financial spreadsheet modeling and industrial tariff calculation frameworks.
Park Jin-woo
Senior Power Systems EngineerSpecializing in 3-phase industrial power distribution, harmonic suppression, and transformer sizing, Park Jin-woo conducts our facility audit clinics. He previously managed electrical infrastructure for industrial facilities across Gyeonggi-do and specializes in time-of-use contract optimization.
Our Core Principles
1. Empirical Measurement First
We believe all operating projections must be grounded in physical multimeter readings, thermal camera images, and measured kilowatt-hour data rather than marketing claims.
2. Transparent Unit Economics
Every formula taught in our workshops includes all real-world overheads: transformer loss coefficients, auxiliary fan draws, demand charges, and realistic hardware depreciation curves.
3. Practical Independence
We do not sell hardware or broker power agreements. Our focus is 100% educational, ensuring our students receive unbiased engineering and operational guidance.