The Power Allocation

100-hour iron-air batteries are reaching commercial deployment, making renewable-powered data centers viable without fossil fuel backup.

Show Notes

Long-duration energy storage is transforming the economics of renewable-powered data centers.
Key topics covered:
  • Form Energy iron-air batteries: 100+ hour discharge duration
  • Chemistry basics: reversible rusting process stores and releases energy
  • West Virginia manufacturing facility under construction
  • Cost advantages from abundant iron vs. lithium/cobalt
Related keywords: long-duration energy storage, Form Energy, iron-air battery, 100-hour storage, renewable data centers, lithium alternative battery
Brought to you by Spring Street Management Group.]]>

What is The Power Allocation?

The AI boom isn't constrained by chips, algorithms, or talent. It's constrained by electricity.

The Power Allocation is a daily briefing on AI infrastructure — where capital is actually being deployed. Each episode cuts through the hype to examine the physical realities shaping the AI buildout: power constraints, grid interconnection, land acquisition, data center financing, cooling infrastructure, and utility relationships.

This isn't a software podcast. This is an infrastructure podcast.

Who it's for: Institutional investors, infrastructure allocators, data center developers, utilities, family offices, and anyone positioning capital for the physical layer of artificial intelligence.

What you'll learn:

Why power availability — not GPU supply — is the binding constraint on AI compute
How hyperscalers are locking in multi-decade power purchase agreements
Where data centers are relocating and why grid geography is reshaping the industry
The financing structures turning compute facilities into bond-like assets
What execution timelines, permitting delays, and interconnection queues mean for capital deployment
Format: 3-6 minute episodes. Dense. Clear. No hype.

New episodes daily. Subscribe wherever you listen.