(IEEE, CEC/NEC, CSA/cUL/UL Compliant)
3 Day Power Systems / Electronics with MATLAB / Simulink:
AC/DC concepts, 1 & 3 Phase Power,
Active/Reactive/Apparent Power, Load flow, Fault
Analysis, Rectification, Inversion, DC-DC and AC-AC
2 Day Wind Energy: Electrical & Mechanical terminology, Wind Power, WECS types, converters, control techniques and
WECS systems design per CEC/CSA.
2 Day Micro-Hydro Power: Electrical &
Micro-Hydro terminology, Water Power, head & flow measurements, Turbines,
Converters, and micro-hydro system design per CEC/CSA.
2 Day PV Water Pumping: Electrical
terminology, PV technology, Motor/Pump, Converters and PV water
pumping system design per CEC/CSA.
1 Day Roadway Lighting: Electrical/Lighting terminology, Light & Power, HPS/LED,
CCT/CRI, LRL/TRL, Road classification, and Roadway lighting design per IESNA standards.
1 Day Building Power System: Electrical terminology, typical Load consumption, Load Factors, Protection and
Building power system design per CEC/CSA.
2 Day Sub-Station Design: Electrical terminology, typical Sub-station, Transformer, Grounding, Arrestor, Ground Wire, Protection and
Sub-Station design per CEC/CSA.
2 Day MV/LV Distribution: Electrical terminology, Structures, Insulators, Conductors, Sag/Tension,
Voltage/Conductor Selection, and Dx system design
2 Day Ground Grid Design: Electrical terminology, Touch/Step Potential, Grounding techniques, Ground Grid, and Ground Grid Design
per IEEE 80-2000.
2 Day Protection Coordination: Electrical & Protection terminology, Fuse, Circuit Breaker, Relay, Recloser,
Sectionalizer, Protection and Coordination per CEC/CSA.
2 Day Micro-Grid Design: Electrical & Micro-Grid terminology, PV, Battery, Diesel Genset, Gird, Protection, and Micro-Grid Sizing
and design per CEC/CSA.
3 Day MATLAB/Simulink Modelling. Electric
grid, AC-DC, DC-DC & DC-AC converters, Wind and PV
systems theory and modelling.
Course material provided.