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The grid problem: why clean energy's hardest part is moving it

Environment & climate

The grid problem: why clean energy's hardest part is moving it

12 min

Generating renewable power is increasingly cheap; storing it and moving it where it's needed is the real bottleneck. Explore the engineering and economics of grids, batteries, and why the transition lives or dies on infrastructure.

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Show notes

Three thousand gigawatts of global renewable projects are currently stalled in interconnection queues.

The median wait time for United States energy projects increased from two to five years.

Dynamic line ratings can increase existing grid capacity by ten to thirty percent without new wires.

Advanced composite conductors double current capacity by replacing traditional steel cores with carbon fiber.

Iron-air batteries provide multi-day energy storage by utilizing a controlled rusting process.

Artificial intelligence data centers are driving tech firms to build on-site small modular nuclear reactors.

In this episode

  1. 1Intro1 min
  2. 2The Interconnection Queue Crisis3 min
  3. 3The Physics of the One-Way Grid3 min
  4. 4Grid-Enhancing Technologies and Storage3 min
  5. 5The Economics of the AI Power Surge2 min
  6. 6Outro1 min

Sources

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The grid problem: why clean energy's hardest part is moving it — Fylom