Battery Storage Integration Into The Electric Grid
summary
Presents a decision framework that scores sites by local supply versus demand, proximity to substations and circuit capacity constraints and instantiates it in southern California to recommend 11 potential locations for utility-scale batteries; implements a Geographic Decision Support System using ArcGIS that ingests solar parcel data, parking boundaries, crime index and circuit capacity, runs kernel density and ICA analyses, and supports streaming feeds; cites California needs of 15,000 MW by 2045, current ~923 MW operational and a recent 250 MW project online.
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chapters (11)
- 0:00Introduction and welcome
- 0:48About the speaker and research focus
- 2:12Smart grid reliability overview
- 5:32Grid reliability challenges explained
- 9:29Battery storage technology basics
- 12:59Optimal battery storage placement
- 17:11Electric vehicle charging infrastructure
- 20:45Building a holistic energy solution
- 25:28Battery storage and grid reliability benefits
- 27:17Key takeaways and conclusion
- 27:37Q&A session begins
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