PSCAD & PSS@E BESS Simulation
Budget: ₹12,500 – ₹37,500 INR
I need a complete dynamic‐stability study for a utility-scale Battery Energy Storage System connected to the transmission grid. The work must be performed in PSCAD and validated in PSS@E.
Scope of work
• Build or adapt the network model, establish a verified AC load-flow case for the study scenario.
• Run small-signal and transient simulations to capture oscillatory behaviour, fault ride-through, frequency response and any control-interaction issues.
• Compare key waveforms and stability indices between PSCAD and PSS@E to confirm model consistency.
• Summarise findings, recommended tuning and any compliance concerns in a concise report.
Acceptance criteria
• PSCAD (*.pscx) and PSS@E (*.dll, .sav, *.dyr) files load without errors and reproduce the documented results.
• Report clearly explains assumptions, events simulated, damping ratios, and mitigation steps where needed.
Timing is critical—I would like the first draft results as soon as practicable, so please respond only if you have hands-on experience running dynamic studies for BESS using both tools.
Scope of work
• Build or adapt the network model, establish a verified AC load-flow case for the study scenario.
• Run small-signal and transient simulations to capture oscillatory behaviour, fault ride-through, frequency response and any control-interaction issues.
• Compare key waveforms and stability indices between PSCAD and PSS@E to confirm model consistency.
• Summarise findings, recommended tuning and any compliance concerns in a concise report.
Acceptance criteria
• PSCAD (*.pscx) and PSS@E (*.dll, .sav, *.dyr) files load without errors and reproduce the documented results.
• Report clearly explains assumptions, events simulated, damping ratios, and mitigation steps where needed.
Timing is critical—I would like the first draft results as soon as practicable, so please respond only if you have hands-on experience running dynamic studies for BESS using both tools.