uprate congested corridors without new steel

Use case · Uprate a congested 400 kV corridor without new steel

1. 1Weather cells and line loading stream into the ratings engine; IEEE 738 solves conductor temperature per span every second.
2. 2Ratings publish in real time with ±1σ uncertainty; the 0–240 h forecast feeds day-ahead planning.
3. 3A CAPACITY_UNLOCK recommendation is raised when DLR exceeds static by a configurable margin, with expected MW and USD.
4. 4The operator accepts in Action Center; a second approver signs off; the dispatch limit change is logged in the ledger.
5. 5Realised value is booked from the hours the extra capacity was actually used — visible in Insights & ROI and Compliance.

Reference: up to 33 % additional capacity from software-only DLR; ≈ 56 % curtailment reduction in a UK demonstrator.