Interconnection Policy Landscape

Understanding the regulatory frameworks shaping interconnection processes

The Evolution of Interconnection Policy

Interconnection policies have evolved significantly over the past decade. What began as simple "first-ready, first-served" approaches has transformed into sophisticated frameworks designed to balance efficiency, equity, and grid reliability.

Traditional Approach

Simple queue based on application date. Fair but inefficient for managing large-scale renewable deployment.

Modern Frameworks

Hybrid systems combining multiple criteria including project readiness, location, and system benefits.

Future Directions

AI-driven optimization, market-based allocation, and integrated planning with transmission expansion.

Interactive Policy Impact Simulator

Select Region Type

Policy Options

Regional Policy Considerations

High-Demand Regions
Need aggressive policies like hybrid-priority or cluster studies to manage large queues
Moderate-Demand Regions
Can implement fast-track options while maintaining first-ready-first-served for larger projects
Low-Demand Regions
May not need complex policies; focus on maintaining simple, transparent processes

Policy Evolution Trends

Interconnection policies are evolving rapidly. Many regions are moving from simple first-ready-first-served approaches to more sophisticated hybrid systems that balance efficiency, equity, and grid reliability.

Key Policy Considerations

Queue Management

  • Balancing first-ready-first-served with efficiency improvements
  • Fast-track processes for small-scale and distributed projects
  • Cluster studies for projects in the same geographic area
  • Hybrid approaches combining multiple prioritization criteria

Regulatory Frameworks

  • Federal oversight through FERC Order 2023
  • State-level interconnection rules and procedures
  • Regional transmission organization policies
  • Integration with broader energy policy objectives