Protection & Control Engineering
Development of complete protection schemes for transmission (12kV–500kV) and collector substations
Relay settings and logic programming using industry-leading tools (e.g., ASPEN, ETAP, CYME, CAPE)
Settings for transmission lines, transformers, feeders, buses, and capacitor banks
Compliance with NERC PRC standards (e.g., PRC-023, PRC-025, PRC-027)
Breaker failure logic, reclosing schemes, and transfer trip settings
System studies for settings coordination and fault analysis
Substation Engineering & Design
Development of single-line, three-line, and elementary diagrams (AC & DC)
Panel layouts, wiring diagrams, nameplates, BOMs, and battery/load studies
Outage sequencing planning and execution
Expert knowledge in integrating solar and BESS systems (34.5kV–345kV)
Automation & Integration
SCADA system deployment and HMI development
EPMS (Energy Power Management Systems) and BMS (Battery Management Systems) integration
Communication-assisted protection schemes (e.g., DCB, 87L)
Historian setup, automated reporting, and asset monitoring
Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT)
Cybersecurity & Network Services
IT/OT integration support
Cyber-physical coordination across protection, control, and data systems
Other Technical Expertise
- Proficiency across a wide range of digital and electromechanical relays from SEL, GE, Basler, Beckwith, Siemens, and others
- Hands-on experience with key relay types and functions including SEL 411L, L90, 487E,
451, 351S, and GE L90 - Advanced protection schemes: line differential, bus differential, distance, over/under voltage, frequency, pilot, and bank protection
