Renewable Energy CEO

Your Projects Are Stuck in a 5+ Year Queue
80% Will Never Get Built

The interconnection queue has become the graveyard of renewable energy ambition. 2,600 GW waiting—more than double the entire US grid. SlideStrike helps CEOs navigate the chaos with real-time queue intelligence.

The Interconnection Crisis by the Numbers

Lawrence Berkeley National Laboratory data reveals a system in gridlock. Projects that entered the queue in 2024 may not see commercial operation until 2030.

5+ years
Median wait time
2,600 GW
In queue backlog
~80%
Project withdrawal rate
$2.7M
Avg. network upgrade cost

Wait Times Have More Than Doubled

What took 2 years in 2015 now takes 5+ years. And it's getting worse.

Interconnection Queue Wait Times

Median years from queue entry to commercial operation

2yr
2015
2.5yr
2017
3yr
2019
4yr
2021
5yr
2023
5.5yr
2024
Source: Lawrence Berkeley National Laboratory, 2024

The Queue Dwarfs the Grid

At 2,600 GW, the queue backlog is larger than the entire US electricity infrastructure.

The Queue vs. The Grid

Projects waiting in queue exceed entire US grid capacity

2,600 GW
In Queue
Waiting for interconnection
1,200 GW
US Grid
Current total capacity
The queue is 2.2x larger than the entire US grid
Most of these projects will never get built

Most Projects Never Make It

The queue is not a waiting room—it's a filter. Only 21% of projects reach commercial operation.

The Interconnection Survival Rate

Of every 100 projects entering the queue...

Enter Queue100
Complete Studies45
Reach Interconnection Agreement25
Achieve COD21
~79% of projects never complete interconnection
Withdrawals driven by costs, delays, and market changes

Navigating the Queue as a CEO

You can't control the queue. But you can control your visibility into it.

THE CHALLENGE
Study Delays
Feasibility studies take 2+ years, costs unknown upfront
Upgrade Shock
Network upgrades can add $10M+ to project costs
Queue Position
Earlier entrants can trigger cascading restudies
Capacity Hoarding
Speculative projects block viable developments
WITH SLIDESTRIKE
Queue Analytics
Track your position, competitor movements, and timeline scenarios
Cost Modeling
Forecast network upgrade costs based on similar projects
Board-Ready Reports
Communicate queue status and risks to stakeholders clearly
Portfolio Optimization
Prioritize projects with highest interconnection probability

Questions from Energy CEOs

What executives ask about interconnection strategy

QHow does SlideStrike help with interconnection queue management?

SlideStrike aggregates queue data from all major ISOs and RTOs, tracks your project positions, monitors competitor movements, and forecasts timeline scenarios. Board presentations automatically update as queue positions change.

QCan SlideStrike predict network upgrade costs?

Our AI analyzes historical interconnection agreements and study results to model expected upgrade costs based on project size, location, and grid conditions. While not a substitute for official studies, it helps CEOs make go/no-go decisions earlier.

QWhat data sources does SlideStrike use for queue analytics?

We pull from public ISO/RTO queue databases (CAISO, PJM, MISO, SPP, ERCOT, etc.), FERC filings, EIA reports, and Lawrence Berkeley Lab research. All data is updated weekly and reconciled across sources.

NAVIGATE THE QUEUE

Turn Queue Chaos Into Board Confidence

Real-time interconnection intelligence for renewable energy executives

ISO/RTO queue tracking across all markets
Network upgrade cost forecasting
Portfolio-level interconnection risk analysis
Board-ready queue status presentations
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The interconnection queue has killed more renewable projects than any financing challenge. SlideStrike gives CEOs the visibility to decide which projects to push, pause, or abandon—before sunk costs become catastrophic.