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Con Edison unveils New Jersey transmission link proposal

4C Offshore | Tom Russell
By: Tom Russell 07/12/2021 Con Edison Transmission, Inc.
Con Edison Transmission, Inc. is proposing to build Clean Link New Jersey, an offshore transmission network to deliver wind power from multiple generators at sea with minimal impact to local communities, marine life and views along the Garden State’s shoreline.

Clean Link New Jersey plans to connect 2.4 GW of future offshore wind capacity to the grid’s high-voltage onshore network. The project would install multiple subsea transmission cables through a defined “power corridor”. The offshore mesh-style network is flexible and modular, to allow various offshore wind projects to plug in as they become ready to generate.

“Clean Link New Jersey will advance the Garden State’s clean energy future, providing reliable energy delivery of offshore wind generation,” said Stuart Nachmias, president and CEO of Con Edison Transmission. “As a successful independent transmission developer, we understand that the transition to a clean energy future needs to be balanced with the needs of local communities. Our proposed project will provide good-paying jobs and economic opportunity, preserve the beauty of the Jersey shoreline, and minimize disruption to New Jerseyans while helping achieve the State’s clean energy goals.”

Con Edison Transmission, Inc., a subsidiary of Consolidated Edison, Inc., is developing a portfolio of transmission projects delivering renewable energy to customers.  Between them, New York and New Jersey are seeking to add 16.5 GW of offshore wind capacity by 2035.

Clean Link New Jersey’s power corridor proposal provides a platform for a coordinated approach to offshore wind transmission from multiple generators. The corridor includes offshore high-voltage direct current (HVDC) collector platforms as the building blocks for bringing power to the shore.


The project can connect these platforms and potentially other nearby platforms by alternating-current (AC) connections to create a resilient connection and the flexibility to support the growing offshore wind generation capacity.


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