You Knew Before the Financial Times Did
This week, the Financial Times reported that ~40% of 2026 energy projects are running behind schedule. Vulcan clients already had that intelligence—along with which specific plants, which companies, and by how much.
THE PROBLEM WITH RELYING ON PUBLIC REPORTING
By the time a delay surfaces in the financial press, it’s already old news for the companies involved—and for your competitors. Energy decisions made on stale information cost time, capital, and market position.
| That’s the difference between reacting to the news and being ahead of it. |
HOW VULCAN SEES WHAT OTHERS MISS
Our analysis is purely observation-based. No developer interviews. No contractor conversations. No permit reviews. No insider access.
Vulcan uses satellite monitoring to track the moment land is cleared and the first structure goes up - to build a probability model of when a project will actually come online. Historical build timelines from real, verified observation dates form the foundation of every projection.
| A note on what “delay” really means Delays are a moving target. Companies announce online dates years in advance - then quietly shift them. Vulcan now tracks both the original announced date and the current target, so you can see exactly how far a project has drifted from its initial commitment. That migration tells a story the press never reports. |
COMING SOON: WEEKLY PROGRESS INDICATOR
In the coming weeks, we’re introducing a first-of-its-kind metric into our under-construction dataset:
Weekly Progress Indicator—a simple 0–2 score assigned to every project, every week, based purely on satellite observation.
| 0 | No progress observed this week |
| 1 | Limited progress observed |
| 2 | Significant progress observed |
Charted week over week, this metric lets you:
• Spot construction slowdowns in real time—before they become press releases
• Benchmark active projects against completed builds to estimate probable finish dates
• Identify which operators are consistently falling behind their own timelines
Nothing like this exists in the market today. This is the first observation-based weekly construction progress metric ever built for energy infrastructure.
DON’T WAIT FOR THE NEXT ARTICLE
If you’re making capital allocation, infrastructure, or supply decisions in the energy sector, Vulcan gives you the ground truth your competitors are missing.
| → Request a Demo Today See live delay data for projects that matter to you email dbellman@synmax.com |
Already a client? The Weekly Progress Indicator will appear in the data tables. Watch for the launch announcement.
Observational Proof of Delays:
Nebius Drone Article
https://blog.synmax.com/vulcan-exclusive/from-land-clearing-to-thermal-signatures-assessing-real-time-deployment-progress-at-vineland-data-center
Plant Delay Highlights
DC01's proposed online date is June 30, 2026. Land clearing was observed on September 3, 2025 and first structures on March 3, 2026. As of April 23, 2026 the building shell remains under construction. Construction progress is inconsistent with a June 2026 online date and our median online estimate for DC01 is April 20, 2027.
CLT04 remains at the land clearing stage, with site preparations beginning on March 13, 2026 and no vertical structures observed as of April 23, 2026. Current progress is inconsistent with the proposed June 30, 2026 online date and our median online estimate for this first unit is December 12, 2027.
The campus shows divergent pace across its two active units. CMH-02-1 was land cleared on July 12, 2025 with first structures on November 13, 2025 against a proposed online date of June 30, 2026; construction progress is inconsistent with this timeline, and our median online estimate is December 31, 2026. CMH-02-2 was land cleared on February 21, 2026 with first structures on March 24, 2026 against a proposed online date of December 31, 2027; construction progress appears accelerated, with our median online estimate of May 11, 2027.
Contact David Bellman at dbellman@synmax.com with questions or for additional information.
