Grid | Storage

This channel covers electricity transmission, distribution infrastructure, and energy storage hardware. Content includes high-voltage lines, HVDC systems, substations, and grid interconnection. Coverage examines battery storage (lithium-ion, flow batteries, solid-state), mechanical storage (pumped hydro, compressed air, gravity), thermal storage, and hydrogen infrastructure including electrolyzers, storage tanks, and pipelines. Analysis spans storage economics and grid capacity planning.

7 posts
Grid | Storage
Tiers

The T² Decision Stack: A Field Guide to the New Compute Order

Executive Tier | Series: THE GREAT OVERLOAD (Part 8 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Disclaimer: This article provides methodological frameworks and decision-making tools for energy infrastructure evaluation and project execution. Example calculations are based on reasonable assumptions and industry-typical parameters, designed to illustrate framework logic rather than

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92 Min
By: Alex Yang Liu
Paid

The Fate of Nations Is Squared: Where capacity to generate, not capacity to compute, determines destiny

Professional Tier | Series: THE GREAT OVERLOAD (Part 7 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Executive Summary Across six nations, the AI race collides with a deeper constraint: chips scale ideas, but grids scale reality. The United States holds unmatched semiconductor power yet faces a paralyzed transmission network.

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18 Min
By: Alex Yang Liu, Ethan K. Marlow
Paid

Storing Time, Not Power: The 2025-2027 Battery Arbitrage Window

Professional Tier | Series: THE GREAT OVERLOAD (Part 6 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Executive Summary The next two years mark a fleeting window in which commercial batteries shift from idle backup assets to active grid participants. Falling hardware costs, evolving regulations, and high volatility in select

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11 Min
By: Alex Yang Liu
Paid

The New Edisons — How Tech Giants Are Rewiring the Grid

Professional Tier | Series: THE GREAT OVERLOAD (Part 5 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Executive Summary As AI's immense energy demand collides with the aging public grid, tech giants like Amazon and Google are becoming the "New Edisons" of our time by constructing

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15 Min
By: Alex Yang Liu
Paid

The Grid Quartet: Chaos, Scarcity, Divergence, and Adaptation

Professional Tier | Series: THE GREAT OVERLOAD (Part 4 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Executive Summary The global power system is undergoing a structural repricing—not a marginal shift in electricity rates but a redefinition of value, scarcity, and access itself. Four forces drive this transformation: chaos,

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18 Min
By: Caroline M. Whitaker, Alex Yang Liu
Paid

The Grid's Impossible Trinity: When Huang's Law Meets Infrastructure Law

Professional Tier | Series: THE GREAT OVERLOAD (Part 3 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Executive Summary The collision between AI's six-month doubling and the grid's decade-long timelines creates an impossible trinity: Scale, Speed, and Sustainability—choose two. By 2027, computational capacity will determine

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10 Min
By: Alex Yang Liu
Members

The Hidden Tax: How Society Subsidizes AI's Energy Appetite on Your Power Bill

Public Access (Free Member) | Series: THE GREAT OVERLOAD (Part 1 of 8) ◀️ Previous Article | ▶️ Next Article | 📚 The Series Index Executive Summary A hidden "compute tax" is emerging on household utility bills, as the public subsidizes the immense infrastructure costs of the AI revolution. While tech companies pay for

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15 Min
By: Alex Yang Liu

Showing 12 of 7 total posts

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