Programming Languages & the Power Grid
summary
A Berlin startup builds hardware boxes and a control stack that throttle industrial loads (paper mills, furnaces) as virtual batteries to balance a national grid, proving demand modulation works in production and handles soft real‑time (minute‑scale) requirements. Initial firmware and server code run in Python, later replaced by an embedded Erlang VM and Erlang/OTP on servers; MySQL stores rectangular telemetry; a relay enables cold reset. Erlang reduces operational complexity and the team reports far fewer outages.
AI-written summary · about
chapters (5)
- 0:00Start
- 5:12Balancing the Power Grid
- 10:01The Power of the Power Grid Mind the Order of Magnitude
- 21:55Bits of Our Technology Roadmap (on the Rearview Mirror)
- 31:47Random Bits of Experience...
related talks
31mConnecting LF Energy’s Projects: A Mini-City Prototype for the Digital Grid Ecosys...
27mOpen-Source Congestion Mana...
19mBringing the Industry Together Through LF Energy - A Power Grid Mode...
18mFrom Smart Homes to Smart Grids
18mEngineering the Future: Alliander’s Journey Toward Software-Defined Substations
39mResilience, Redefined: What Software-Defined Grids Mean for...
28mReal time machine learning in Go
17mExtreme Engineering-Elements of Building a High -scale Broking Application
