Open load forecasts that beat US grid operators on 6 of 7 RTOs

  • Hacker News

Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats the operators' own day-ahead submissions to EIA — the product...

  • Published: Apr 20, 2026
  • First seen: Apr 20, 2026

AI Summary

Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats the operators' own day-ahead submissions to EIA — the product...

Best for

Teams evaluating AI product workflows / Builders comparing emerging tools / Operators tracking early category shifts

Why it matters

Primary discovery source is Hacker News.

Key Features

  • Primary public product URL is https://surgeforecast.com/.
  • Description: Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats t....
  • Listed on Hacker News as "Open load forecasts that beat US grid operators on 6 of 7 RTOs".
  • Source description: Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats t....
  • Source publish date is 2026-04-20.

Use Cases

  • Primary discovery source is Hacker News.
  • Hacker News mention is recent (2026-04-20).
  • Primary public product URL is https://surgeforecast.com/.
  • Description: Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats t....
  • Listed on Hacker News as "Open load forecasts that beat US grid operators on 6 of 7 RTOs".

Why Now

Open load forecasts that beat US grid operators on 6 of 7 RTOs is appearing on fresh discovery surfaces, so it is worth reviewing while momentum is still forming. Confidence is currently low (41/100), so treat this as an early signal rather than a settled trend.

Community Signals

Trend score

46

24h momentum

Rising

Hacker News points

2

Rising

Facts / Signals / Inference / Unknowns

Facts

  • Listed on Hacker News as "Open load forecasts that beat US grid operators on 6 of 7 RTOs".
  • Source description: Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats t....
  • Source publish date is 2026-04-20.
  • Description: Fine-tuned Chronos-2 on 7 years of EIA-930 demand + ASOS temperature for every US balancing authority that publishes a load series — 53 across the three interconnections. On a 2025 hold-out (~61,000 hours), it beats t....
  • Primary public product URL is https://surgeforecast.com/.

Signals

  • Hacker News mention is recent (2026-04-20).
  • Primary discovery source is Hacker News.

Inference

Trust data is still pending

The evidence pipeline has not produced enough structured trust blocks for this product yet.

Unknowns

  • Documentation is not explicitly linked in the current allowed evidence set.
  • No tagline is stored on the current product record.
  • Pricing details are not explicitly linked in the current allowed evidence set.
  • Recent changelog or release history is not explicitly linked in the current allowed evidence set.

Evidence Snapshots

Open load forecasts that beat US grid operators on 6 of 7 RTOs

Listed on Hacker News as "Open load forecasts that beat US grid operators on 6 of 7 RTOs".

Open load forecasts that beat US grid operators on 6 of 7 RTOs official profile

Primary public product URL is https://surgeforecast.com/.

Alternatives / Related

Original Sources