NEWS: AES aims to stitch the country’s patchwork of connect-and-manage systems into a single standard. 🪡

Let me analyze the source content:
– AES SVP Chris Shelton and colleagues proposed “Grid 2.0” standard
– Inspired by internet rules
– New large loads, transmission, batteries, clean energy assets voluntarily adopt orchestrated management in real-time, permission-based paradigm
– Codifies fragmented “connect-and-manage” processes from grid operators around the country
– Key stat: If new loads accept 0.25% curtailment, it would free up 76 GW nationally from existing infrastructure
– “A small amount of flex unlocks a large amount of capacity on the system we already pay for”
– Model: work with early adopters, then scale
– For data centers with workload schedulers, just software integration needed

Core question a reader would ask: “What is AES proposing and why does it matter?”
Answer: AES has proposed a unified “Grid 2.0” standard to replace the country’s patchwork of connect-and-manage systems, showing that accepting just 0.25% curtailment could unlock 76 GW of capacity from existing grid infrastructure through software-based orchestration rather than new construction.

Now I’ll write the editorial, 400-700 words, with first paragraph answering that core question directly.

Let me draft:

Paragraph 1 (core answer): AES has proposed a unified “Grid 2.0” standard to replace the country’s fragmented patchwork of connect-and-manage systems, demonstrating that if new large loads accept just 0.25% curtailment, roughly 76 gigawatts of capacity could be freed from existing transmission infrastructure without building new lines. The standard, developed by AES senior vice president Chris Shelton and his team, borrows from the permission-based, real-time orchestration principles that govern the internet to create a voluntary framework where new loads, batteries, transmission, and clean energy assets coordinate their grid participation through software integration.

Paragraph 2 (context): The proposal addresses a structural bottleneck that has quietly constrained grid expansion for years. Across the United States, independent system operators and regional transmission organizations have each developed their own connect-and-manage rules — a patchwork that creates complexity for developers and limits the ability to optimize capacity across regional boundaries. By codifying these fragmented processes into a single, voluntary standard, Grid 2.0 aims to turn what is currently a series of bilateral negotiations into a scalable, interoperable protocol.

Paragraph 3 (implications): The 76-gigawatt figure is striking because it reframes the capacity challenge as a software problem rather than a steel-and-concrete one. Data centers, which already run sophisticated workload schedulers, represent the most immediate adoption pathway — they need only integrate their existing orchestration tools with the grid’s real-time signals. For batteries and renewable assets, the standard offers a clearer path to monetizing flexibility services. The voluntary nature of the framework also sidesteps the regulatory morass that typically slows transmission reform.

Paragraph 4 (background/scale): Shelton’s team envisions a phased rollout beginning with early adopters who can demonstrate the model’s economics, then expanding as more participants recognize the value of accessing constrained grid capacity without waiting for interconnection queue reforms or new transmission build-out. The approach mirrors how internet standards scaled: a core protocol adopted by pioneers, then broadened through network effects. Whether Grid 2.0 achieves similar traction will depend on whether grid operators, regulators, and large load customers align on the value proposition — and whether the 0.25% curtailment threshold holds up under real-world operational scrutiny.

End with link.

Word count check: Let me estimate. Paragraph 1 ~70 words, paragraph 2 ~65, paragraph 3 ~70, paragraph 4 ~80 = ~285 words. That’s too short – need 400-700. I need to expand each paragraph with more industry context, implications, and background.

Let me expand:

Paragraph 1: ~80 words
Paragraph 2: ~100 words
Paragraph 3: ~100 words
Paragraph 4: ~100 words
Total ~380 – still short. Need more depth.

Let me write more substantively, adding industry context about interconnection queues, FERC orders, data center demand growth, etc. but only using facts from the source or general industry knowledge that’s well-established (not fabricating specific stats).

Actually, the requirement says “Do NOT fabricate statistics, quotes, or facts.” But I can use general industry knowledge as context. Let me write richer paragraphs.

Revised draft:

Paragraph 1 (core answer): AES has proposed a unified “Grid 2.0” standard to replace the country’s fragmented patchwork of connect-and-manage systems, demonstrating that if new large loads accept just 0.25% curtailment, roughly 76 gigawatts of capacity could be freed from existing transmission infrastructure without building new lines. The standard, developed by AES senior vice president Chris Shelton and his team, borrows from the permission-based, real-time orchestration principles that govern the internet to create a voluntary framework where new loads, batteries, transmission, and clean energy assets coordinate their grid participation through software integration.

Paragraph 2 (context on fragmentation): The proposal targets a structural bottleneck that has quietly constrained grid expansion for years. Across the United States, independent system operators and regional transmission organizations have each developed their own connect-and-manage rules — a patchwork that creates complexity for developers and limits the ability to optimize capacity across regional boundaries. These fragmented processes emerged as pragmatic responses to local congestion and interconnection queue backlogs, but they have collectively created a system where identical assets face different operational requirements depending on which side of a balancing authority border they sit. By codifying these disparate approaches into a single, voluntary standard, Grid 2.0 aims to turn what is currently a series of bilateral negotiations into a scalable, interoperable protocol.

Paragraph 3 (implications of the 76 GW