Electrical Load & Thermal Infrastructure Planning
A deep-dive technical course focused on substation step-down transformers, switchgear ratings, airflow velocity management, and closed-loop dielectric liquid immersion deployment.
Program Scope & Target Candidates
Intended Audience: Site electrical supervisors, HVAC technicians, and facility commissioning engineers.
Technical Scope: Electrical distribution layouts, transformer thermal dissipation calculations, industrial exhaust plenum engineering, and power redundancy architecture.
Prerequisites: Vocational technical training or 1+ year practical experience in electrical installations.
What is Included
- Physical lab access to high-voltage simulation panels
- Comprehensive electrical load calculation spreadsheets
- Dielectric fluid thermal transfer reference manual
- Course handbook and technical certificate
Excluded / Out of Scope:
- Personal safety PPE (provided only for on-site lab sessions)
- High-voltage electrician state licensing exams
Detailed Course Syllabus & Modules
Step-by-step breakdown of core learning outcomes, laboratory drills, and practical defense exercises.
Day 1: Grid Transformers & Switchgear Sizing
Sizing 22.9kV step-down transformers, busbar ampacity ratings, harmonic distortion filtering, and surge protection devices (SPD).
Day 2: Aero-Thermal Design & Negative Pressure Containment
CFM air exchange rate calculations, motorized louvers, wet wall evaporative cooling integration, and acoustic baffle design.
Day 3: Immersion Cooling Tanks & Heat Exchanger Loops
Piping design for dielectric fluids, plate heat exchanger sizing, dry cooler selection, and coolant maintenance cycles.
Ready to Secure Your Place?
Register for the upcoming monthly technical cohort via our admissions contact. Cohort sizes are strictly limited to maintain hands-on lab access and personalized review.