Consider timestamping these videos for engineers who need to get to the punch. Use the outline shown @ 5:39 with timestamps for starters. Listing of Anchillary services (and what the acronyms stand for) @ 8:43, challenges @25:47, key takeaways at 34:56; @41:11, monitoring for State of Charge & sending SOC info to SCADA: currently receive 3 telemetry points from BESS, current SOC, max limit at which the BESS will operate and what's the min limit at which they will operate to ensure enough charge being preserved. @ 44:50, Primary Frequency Response deadband set at 17MHZ and droop settings as low as1%, triggered at 59.85Hz with 250ms response time. @ 52:02, with ERCOT not actively managing SOC, what is the mechanism for monitoring and mitigating insufficient SOC? Currently it is purely monitoring using real-time info only
at 18:22, you talk how ercot models batteries but there are many models (steady state, dynamic, state estimator model, ATC engine model to compute transmission capability, etc) can you clarify WHICH model this is? it's not obvious
Consider timestamping these videos for engineers who need to get to the punch. Use the outline shown @ 5:39 with timestamps for starters. Listing of Anchillary services (and what the acronyms stand for) @ 8:43, challenges @25:47, key takeaways at 34:56; @41:11, monitoring for State of Charge & sending SOC info to SCADA: currently receive 3 telemetry points from BESS, current SOC, max limit at which the BESS will operate and what's the min limit at which they will operate to ensure enough charge being preserved. @ 44:50, Primary Frequency Response deadband set at 17MHZ and droop settings as low as1%, triggered at 59.85Hz with 250ms response time. @ 52:02, with ERCOT not actively managing SOC, what is the mechanism for monitoring and mitigating insufficient SOC? Currently it is purely monitoring using real-time info only
at 18:22, you talk how ercot models batteries but there are many models (steady state, dynamic, state estimator model, ATC engine model to compute transmission capability, etc) can you clarify WHICH model this is? it's not obvious
Few value added by the presented. Just the slides are interesting