How Open Source...
summary
LF Energy hosts working code that utilities are already running: OpenSTA forecasting model predicts hours-to-days net load and is replacing legacy forecasting at a French TSO to enable congestion management; a real-time data injection platform ingests telemetry so data science and OpenSTA run together; the CASS digitized substation reference design reaches early adoption at RTE and has a commercial support offer after three years of development. Projects show multi-vendor interoperability, faster time-to-market, and explicit moves toward SBOMs and OpenSSF security practices.
AI-written summary · about
chapters (14)
- 0:00Open source in energy systems
- 2:49Energy sector challenges
- 7:28Why utilities embrace open source
- 9:14Multivendor open source collaboration
- 11:19Open source in generation & electrification
- 13:47Foundation on open source adoption
- 17:01Real-world open source projects
- 25:12Impact of open source on energy transition
- 27:41Call to action for community
- 30:54Sustaining open source in infrastructure
- 32:22Accountability in open source systems
- 36:22Open source beyond electricity
- 37:51Securing infrastructure with open source
- 42:08Closing remarks & Q&A
related talks
22mThe Power of Open Source in a 5G World
43mOptimizing Full-Stack Sustainability in a Real World Data...
20mTackling Climate Change with Open Source and Data-Driven Technology
01h 28mTools and data to decarbonize cities: Citiwatts, CoolLIFE & an EU-27 Mapping of Financing Schemes
46mNew Innovations in Power and Performance Management
18mReal time energy monitoring solutions
43mIndustrial Internet of Things Applied to Energy Efficiency
27mNew Energy in Europe – We Make It Work