How Kraken Scales Serverless to Balance the National Grid

How Kraken Scales Serverless to Balance the National Grid

InfoQ via YouTube Direct link

- Why London doesn't go dark when the wind stops

1 of 12

1 of 12

- Why London doesn't go dark when the wind stops

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How Kraken Scales Serverless to Balance the National Grid

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  1. 1 - Why London doesn't go dark when the wind stops
  2. 2 - The Physics Problem: AC Frequency & Grid Stability
  3. 3 - Batteries vs. Inverters: The need for an "Autopilot"
  4. 4 - How Energy Markets & Settlement Windows work
  5. 5 - Real-world Incident: The Jan 30th Grid Trip
  6. 6 - The Optimizer: Using SAT Solvers for 24-hour planning
  7. 7 - Why we chose AWS Serverless Lambda & DynamoDB
  8. 8 - Deep Dive: The Trigger/Action Lambda Pattern
  9. 9 - Handling 1,000s of data points with Redis & InfluxDB
  10. 10 - The Edge: Industrial PCs and IoT Hardware
  11. 11 - Scaling to 500,000 EVs Virtual Power Plants
  12. 12 - Q&A: Reliability, Incidents, and Vendor Lock-in

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