Trace the path
Map the electrical path from site to energized load.
Power path intelligence
Bottleneck Labs traces the constraints that decide whether AI infrastructure, data-center load, and generation projects can actually get energized.
Map the electrical path from site to energized load.
Identify the constraint that limits or kills the path.
Quantify timing, cost, and probability.
Save years on paths that cannot work.
Corridor watch
View all ->| Path | Area | Signal |
|---|---|---|
| Doubs-Bismark 500 kV | VA | Opening |
| East Danville 138 kV | VA | Opening |
| Meadow Lake 345 kV | IN | Watch |
| S Berwick-Galion 345 kV | OH | Warning |
Scores reflect deliverability under current evidence, not marketing claims.
Site power
Request detail ->Queue exposure
Proof ->Scorekeeping
View all ->| Prediction | Made | Outcome |
|---|---|---|
| PJM queue reform cycle | 2023 | Realized |
| TC1 to TC2 recycle | 2024 | Confirmed |
| July withdrawal window | 2026 | Pending |
Verified track record is the pitch.
What we hand people
The public story often arrives as narrative. Bottleneck turns interconnection records, study artifacts, utility territory, and project timing into a practical read on what survives the grid test.
Which route can actually energize, which looks good only on paper, and where the blocker sits.
Whether a project, corridor, or POI has evidence of deliverability before capital treats it as real.
Predictions, methods, and release notes that can be graded when the market catches up.
"The grid does not negotiate. It either delivers, or it does not."
Bottleneck Labs is a founder-led research shop for the conversion layer between announced infrastructure ambition and physically deliverable AI capacity.
Private inquiries
Send a load size, rough location, need-by date, and the claim being made. Bottleneck will return the read: what the record supports, what it does not, and what move follows.