Free nuclear fleet data and analytics. Capacity factors, outages, NRC enforcement, refueling cycles, and PPA pricing across every operator. Every number traceable to its primary source, cross-checked across models, in real time on web, mobile, and an API your own AI agents can query.
Reactor N for fleet decisions · NPPI Intelligence for commercial PPA benchmarking
Every US reactor in one application. Capacity factors, outages, NRC enforcement trends, refueling cycle forecasting — every number traceable to its federal source. Industry-wide context in one place, for coursework, research, and understanding the whole US fleet.
The Nuclear PPA Price Index. Q2 2026 weighted at $97/MWh, +18% YoY — 5 deals in the main index · 17 tracked in the ledger. The shared benchmark the sector reads — every disclosed or credibly-inferred deal that enters the ledger tightens it for everyone. Published in full, free to read.
Free for everyone — students, faculty, and anyone curious about nuclear energy. Learn real-world nuclear operations with live NRC data.
[ How universities use Reactor N → ]Reactor N transforms how the nuclear industry monitors, analyzes, and understands energy markets. One place to see operators, regulators, and markets together — powered by AI, grounded in NRC data.
We aggregate data from all 94 operating US commercial reactors (per the NRC), apply machine learning for predictive maintenance and compliance analysis, and read the results against public wholesale-market data. Built for students, engineers, analysts, and the next generation of nuclear professionals.
Everything you need for nuclear operations
Features no other nuclear monitoring app has
Inspired by Cherenkov radiation — the blue glow when particles exceed the speed of light in water. Every screen feels like looking into a reactor core.
Complete emergency protocol reference for both Pressurized Water and Boiling Water reactor designs. Safety system diagrams, containment specs, scram procedures.
Each reactor's contribution to regional grid capacity. State-by-state nuclear generation breakdown, carbon-free energy impact calculations, and grid stability metrics.
Push alerts when NRC posts safety events, inspection findings, or outage changes for reactors you follow. Color-coded severity: green, white, yellow, red.
Compare any two reactors: thermal output, electrical capacity, fuel type, containment design, capacity factor, operational history. Filter by PWR vs BWR.
Real-time power output displayed as oscilloscope-style charts. See coast-down patterns, refueling outages, and load-following behavior visualized like never before.
From monitoring to market
Real-time status of all 94 US commercial reactors. Power output, capacity factors, and operational status at a glance.
AI-powered compliance analysis, event report synthesis, and regulatory trend tracking across the entire fleet.
Machine learning models forecast refueling windows and capacity changes from public outage history.
Read generation against wholesale market conditions — public EIA price series and capacity auction results, in context.
Free for everyone
Students work with real NRC data from all 94 operating US reactors. No simulations — real operational intelligence.
The AI Copilot helps students explore regulatory documents, analyze events, and understand complex nuclear operations.
Designed for nuclear engineering programs. Assignments, case studies, and lab exercises built around the platform.
Faculty assign modules as coursework and students present findings from live data — no accounts or setup required.
Students can earn the Reactor N Certified Analyst credential — a free, transparent study credential designed to become a recognized hiring signal.
Study materials aligned with the skills nuclear operators, utilities, and energy companies hire for.
A free, transparent study credential for nuclear analysis
Open the free self-paced course in the app — no enrollment, no account, no fee.
Complete six structured modules covering NRC data analysis, compliance, AI tools, and market-data analysis.
Pass module assessments and a practical analysis capstone using live reactor data and the AI Copilot.
Receive your Reactor N Certified Analyst credential with a verifiable digital badge and certificate.
Navigate and analyze NRC public data including power reactor status, event reports, and inspection findings.
Understand NRC regulatory framework, enforcement actions, and compliance assessment methodologies.
Learn to use the AI Copilot effectively for research, analysis, report generation, and decision support.
Wholesale power markets, capacity auctions, nuclear PPA pricing structures, and the NPPI methodology for benchmarking deals.
Study-group patterns, citing primary sources, source discipline, and the RNCA credential.
Capstone module with real-world scenarios: outage analysis, compliance reviews, and market assessments.
An internship pipeline with utilities and nuclear operators is planned but not yet live. Check with your university program office for current opportunities.
The Reactor N Research Fellowship — a funded position working on nuclear data analytics and AI tooling — is planned; applications are not yet open.
Six core modules, one unified platform
Bird's-eye view of all 94 reactors with real-time power levels, capacity factors, and operational status. Filter by region, operator, or reactor type.
Interactive map of every US commercial reactor with geospatial data, regional grid connections, and proximity-based analysis tools.
Natural language interface to the entire NRC database. Ask about any reactor, regulation, event, or market condition and get sourced, actionable answers.
Wholesale energy prices, capacity auction results, and a read-only ledger of publicly announced PPAs, drawn from EIA and FERC data. Reference only — nothing is transacted.
Automated tracking of NRC inspection findings, enforcement actions, and regulatory changes. Compliance scoring and trend analysis across the fleet.
Real-time feed of NRC event reports with AI-generated summaries, severity classification, and historical pattern matching across all operating reactors.