Massive Generation Interconnection Queue Backlog
Definition
Two terawatts of capacity are stuck in interconnection queues across the United States—nearly twice the currently installed capacity. This backlog creates multi-year delays for both renewable and conventional generation projects seeking grid connections. For utilities and independent power producers, this means delayed revenue streams, project financing failures, and inability to serve customer demand. Grid operators struggle with oversized interconnection queues (MISO proposed MW caps in 2025) that consume engineering resources without resolution. Nearly half of project delays occur during construction phase due to supply chain bottlenecks, lack of prioritization by transmission owners, and delayed interconnection customers lacking necessary permits or power purchase agreements. This bottleneck prevents utilities from meeting the forecasted 128 GW peak demand increase by 2029 and forces them to retain aging generation assets.
Key Findings
- Financial Impact: $10M-$100M
- Frequency: ongoing
Why This Matters
SaaS project management platforms for transmission operators, interconnection queue prioritization software, specialized consulting for permitting acceleration, interconnection queue intelligence services
Affected Stakeholders
General Manager / Operations Director, Chief Financial Officer / Finance Manager
Deep Analysis (Premium)
Financial Impact
Data available with full access.
Current Workarounds
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Methodology & Sources
Data collected via OSINT from regulatory filings, industry audits, and verified case studies.
Related Business Risks
Grid Reliability Crisis from Demand Surge
Electricity Price Escalation Pressures Affordability
Transmission Infrastructure Age and Capacity Constraints
Project Delays from Supply Chain and Management Failures
Capacity Market Design Dysfunction and Price Volatility
Renewable Integration Bottlenecks and Transmission Mismatch
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