HV and EHV Substations Design
Multidisciplinary design of conventional AIS and GIS substations up to 500 kV, including primary equipment, control, and protection.

Multidisciplinary design of conventional AIS and GIS substations up to 500 kV, including primary equipment, control, and protection.
Engineering design for overhead transmission lines and underground cable circuits, tower spotting, sag-tension, and grid interfaces.
Optimal layout, equipment selection, cable routing, and protection coordination for medium and low-voltage distribution networks.
Electrical balance of plant (EBoP) design for combined-cycle, thermal, wind, and utility-scale solar PV power plants.
Coordinated electrical power supply, motor starting, control, and SCADA architecture for water pumping and wastewater treatment.
Integrated design of firefighting, fire alarm, plumbing, HVAC, electrical power, lighting, and light current systems.
Multidisciplinary engineering design for HV/EHV substations, transmission lines, power plants, pump stations, water treatment, and building MEP systems.