/ OFFICIAL SURVYR. RESEARCH · MEMBER-CONTRIBUTED EQUITY & SYSTEMATIC NOTE
Hyperscale Nuclear Baseload & High-Voltage Grid Bottlenecks (CEG, VST, GEV)
Contributed & Authored by: Alex M. (@alex_quant) (Verified Member · Systematic Swing)
· Approved by Jason (Owner · Coteau Independent Research)
· Published 2026-10-23 10:30 ET
1. Executive Thesis: AI training and inference clusters require uninterrupted 99.999% baseload power that intermittent renewables cannot supply without massive grid upgrades. Independent nuclear operators (CEG, VST) and grid turbine/transformer leaders (GEV, ETN) sit at the narrowest physical bottleneck of the AI buildout.
2. Key Fundamental & Filing Catalysts: Recent 8-K power purchase agreements (PPAs) price behind-the-meter nuclear capacity at a 35–45% premium to wholesale PJM curves. Meanwhile, large power transformer lead times remain stretched at 30–36 months.
3. Systematic Risk & Invalidation: Position sized with a 6.4% stop distance ($232 invalidation on CEG vs $248 entry, 2.94R reward-to-risk to $295 target). Key risk is regulatory pushback on co-located load interconnection rulings.
/ SYSTEMATIC DESK REVIEW & RISK STRUCTURE
- ✓ R:R 2.94R ($248→$295)
- ✓ 1R Stop: -6.5% ($232)
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Systematic research · Not investment advice · Hypothetical unless marked Live · Data: Yahoo Finance (15-min delayed), SEC EDGAR, House Clerk · Important disclosures · Contact desk@coteau.app
Coteau 0.9 · Oct 21, 2026