Skip to content
Study
Rung 7 · Gated

US power market design and datacenter load

Primary documents · PJM, ERCOT, FERC, LBNLfreeSource ↗

Pinson teaches the market in general; this is the market the AI build actually hits. The capacity auction, the interconnection queue and the co-location fight are where a datacenter’s power is won or lost, and where merchant generators and regulated utilities part company. The last reading needs Options 101 lecture 2, because a peaker plant is a call option on the spark spread.

0 / 6 readings
Progress
Allocated
Quota
Gated
State

Takes the Track A weekday block when its turn in the order comes. No extra slot.

Gate

Opens once the general market design is understood. The US rules are exceptions to it.

Renewables in Electricity Markets

Segments

The named subset — the scope above is the count
RefTitleDoneArtifactsNote
R1PJM capacity auction — how the Base Residual Auction prices availability·NBBLDGMEBTL0/0
R2Interconnection queues — LBNL Queued Up·NBBLDGMEBTL0/0Already a source on the energy rung.
R3ERCOT large-load integration·NBBLDGMEBTL0/0
R4FERC and co-location — Talen–Amazon at Susquehanna·NBBLDGMEBTL0/0
R5State large-load tariffs — who pays for datacenter load·NBBLDGMEBTL0/0
R6Spark spreads and peakers as call options·NBBLDGMEBTL0/0Needs Options 101 lecture 2 first.

Artifacts

Consume → do → output
NBNotebookBLDBuildGMEGameBTLBottle0/2
  • Who earns from AI power demand and who pays for it, from the auction and tariff documentsNot yet — nothing has landed for this slot.
  • Capacity, queue and tariff mechanics, spacedNot yet — nothing has landed for this slot.

Feeds

What closing this sharpens

Notes

From the Learning LogThe notebook →

No notes on this unit yet.

A note lands here when a Learning Log entry tagged study-us-power-market-design is published.