Power system studies engineer

- Deliver high-quality steady-state and transient power system studies , including RMS and EMT (Electromagnetic Transient) modelling for renewable energy projects across feasibility, detailed design, grid connection, construction, and operational phases.

- Perform a comprehensive range of studies, including but not limited to:

- Load flow / power flow analysis (normal and N-1/N-2 contingency conditions)

- Short circuit / fault level analysis (symmetrical and asymmetrical faults)

- Protection coordination and relay setting studies (overcurrent, distance, differential, directional, etc.)

- Arc flash hazard analysis and grounding / earthing studies

- Power quality studies (harmonics distortion, voltage flicker, voltage fluctuations, THD assessment)

- Grid compliance and grid interconnection / evacuation studies

- Contingency analysis (static and dynamic)

- Insulation coordination studies (switching and lightning surges)

- Stability studies, including transient stability, dynamic stability, small-signal stability, and voltage stability

- Low Voltage Ride Through (LVRT), High Voltage Ride Through (HVRT), frequency ride-through, and active power recovery studies for renewable plants

- Cable ampacity, thermal rating, and reactive power compensation / voltage control studies

- Sub-synchronous oscillations / control interactions (SSO/SSCI) studies where relevant

- Ramp rate control, frequency response, and inertial response studies for inverter-based resources

- Develop, validate, and maintain detailed dynamic and EMT models for Solar PV inverters, Wind Turbines, BESS (grid-forming and grid-following controls), collector systems, and hybrid configurations, particularly in weak-grid (low SCR) and high-penetration scenarios.

- Conduct or support manual engineering calculations for short circuit levels, transformer sizing, protection schemes, grounding design, lightning protection, CT/PT sizing, and reactive power requirements.