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1
Introduction
2
Conventional Power Grid
3
Power Grid Paradigm Shift
4
Two Schemes
5
EV Charging Capacity
6
CyberPhysical Outlook
7
Data Acquisition
8
Charging Station Data
9
Power Grid Data
10
Mathematical Equations
11
Feedback System
12
SPlane
13
Demand Side
14
Demand Response
15
Learning the Demand Response
16
Microgrid Study
17
Technical Challenges
18
Cyber Insurance Market
19
Power Grid as an insurer
20
Conclusion
21
Questions
22
Charging Stations
Description:
Explore the cybersecurity challenges and solutions for smart grids in this 36-minute lecture by Samrat Acharya, a Ph.D. candidate at New York University's Tandon School of Engineering. Delve into the evolution from conventional power grids to smart grids, examining the paradigm shift and its implications. Investigate two key schemes: EV charging capacity and cyber-physical outlook. Learn about data acquisition processes for charging stations and power grids, and understand the mathematical equations and feedback systems involved. Analyze demand-side management, including demand response mechanisms and microgrid studies. Discuss technical challenges in the field and explore the emerging cyber insurance market, with a focus on the power grid as an insurer. Conclude with a Q&A session and insights into charging stations, gaining a comprehensive understanding of demand-side cybersecurity in smart grid systems.

Demand Side Cybersecurity of Smart Grids

CAE in Cybersecurity Community
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