Smart Grid: How IoT fights climate change
summary
Claims that distributed sensors and residential batteries can help the grid stabilize renewables by providing frequency regulation and demand response rather than just shifting load, with concrete numbers: grid delivers about 99.97% uptime and tolerates roughly ±0.06 Hz, Tesla home battery costs ~$8,000 so home installs aren’t yet economically self‑funding. Implements using smart meters, two‑way radios and predictive orchestration (central brains used by utilities and firms); HC3.io and others prototype batteries-as-grid-assets while battery prices fall and market rules for payments emerge.
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chapters (12)
- 0:00Start
- 1:46Hackers Combating Climate Change
- 3:55Annual Energy Outlook Report
- 7:14What Is a High-Quality Service
- 9:26Stability
- 10:22Usa Energy Grid
- 11:21Steam Turbine
- 17:13The Duck Curve
- 21:05Technology Trends
- 22:17Time of Use Theory
- 34:53Does the Swarm of Iot Patches Rely on a Central Authority Sending Instructions to the Devices
- 37:35Ecological Impact
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