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Enverus Releases the 2025 Interconnection Queue Outlook

Enverus, a leading provider of energy-focused SaaS solutions that integrates generative AI technology, has introduced its much-anticipated 2025 Interconnection Queue Outlook. This comprehensive report serves as an essential resource for understanding the current landscape of power generation and transmission projects seeking to connect to the U.S. power grid.

The Interconnection Queue Outlook employs Enverus's proprietary machine learning algorithms to analyze numerous projects queued for grid connection, providing valuable insights into their probabilities of success. Given the growing challenges associated with interconnection queues, this report aims to equip developers, investors, and policymakers with critical data to navigate the complexities of the modern energy landscape.

The Rising Demand for Renewable Energy

Recent policies, such as the generous tax credits introduced under the Inflation Reduction Act and the Environmental Protection Agency's mandates pushing for additional coal retirements, have led to an unprecedented surge in demand for renewable energy projects across the United States. This increased interest has overwhelmed existing interconnection queues, with an unprecedented number of projects vying for connections to the grid.

Unfortunately, this surge has outstripped the capacity of grid operators to process these requests, leading to significant delays and numerous project suspensions. Understanding the dynamics of these project suspensions, including why some projects fail to progress, is crucial for investors and developers. The existing challenges vary significantly by independent system operators (ISOs), technological parameters, and stages of project development.

Key Findings from the Report

According to a recent Enverus Intelligence® Research (EIR) report, approximately 90% of renewable energy generation projects fail to advance past the interconnection queue. The New York ISO (NYISO), Southwest Power Pool (SPP), Pennsylvania-New Jersey-Maryland (PJM), and ISO New England (ISO-NE) exhibit higher suspension rates as projects progress, with interconnection agreement suspension rates ranging between 46% and 79%. In contrast, the Electric Reliability Council of Texas (ERCOT), California Independent System Operator (CAISO), and Midcontinent Independent System Operator (MISO) report much lower suspension rates, averaging around 20%. Notably, projects in these more favorable markets show little improvement in their chances of success until they reach the construction phase.

These findings underline the importance of regional awareness for developers aiming to maximize their investment potential. By understanding these variations, stakeholders can strategically reduce delays and enhance their chances of successfully navigating the queue.

Navigating the Evolving Energy Landscape

The low success rates of power development projects underscore an urgent need for more reliable data, allowing developers to better understand the risks and opportunities present within the energy sector. Enverus's unique Interconnection Queue tools and insights are designed to meet this demand, offering comprehensive analytics to aid in strategic decision-making.

With the energy sector constantly evolving, those engaged in project development now have access to crucial data that can fundamentally alter their understanding of the interconnection process. This information is likely to become an integral part of strategic planning as the sector adapts to increasing pressures and changes.

To explore this pivotal analysis and gain access to the 2025 Interconnection Queue Outlook, visit Enverus's website for the full report and insights. As the energy landscape continues to change, having informed sources will be critical for success in securing power generation projects and optimizing investments in renewables.

About Enverus

Enverus stands as a trusted authority within the energy sector, offering a platform designed to maximize value through the application of generative AI. Providing analytics that include benchmark cost and revenue data sourced from the vast majority of U.S. energy producers, Enverus delivers vital insights that improve production efficiency, strategic investment allocation, and renewable energy development. With a robust client base that spans over 50 countries, their expertise is unparalleled in the energy ecosystem spanning renewables, oil and gas, and utilities. For more information, go to Enverus.com.