Utility Dive•21 days ago
Coastal Virginia Offshore Wind begins delivering power
Key Takeaway
The initial operation of the U.S.'s largest offshore wind project highlights both the progress in renewable energy deployment and the critical, ongoing challenge of transmission infrastructure readiness in RTOs like PJM to integrate such large-scale resources.
AI Summary
- •The Coastal Virginia Offshore Wind (CVOW) project, planned as the largest U.S. offshore wind farm with 2.6 GW capacity, has commenced initial power delivery.
- •Currently, a single 14.7 MW turbine is operational, marking a significant step for large-scale renewable energy integration in the U.S. market.
- •Full deliverability of CVOW's substantial planned capacity is dependent on critical transmission upgrades within the PJM Interconnection.
- •This project underscores the ongoing challenge and necessity for grid modernization and transmission expansion to fully integrate large-scale renewable generation for developers and large power consumers.
Topics
interconnectpjmtransmissionwind
Article Content
CVOW is the largest offshore wind project in the U.S., with 2.6 GW of planned capacity. For now, a single, 14.7-MW turbine is generating power, and transmission upgrades in the PJM Interconnection are needed for full deliverability.