Labrador-Newfoundland Power Link Now 70% Complete

Labrador-Newfoundland Power Link Now 70% Complete

March 24, 2017

Right-of-way work in Labrador for Nalcor Energy’s Lower Churchill Project is now completed, allowing tower erection and conductor stringing to ramp up. The project will bring for the first time hydropower generated in Labrador to Newfoundland.

So far, the project’s 1,282 towers in Labrador have been erected, with 65% of conductor stringing already complete. In Newfoundland, work is progressing with 30% of tower erection complete and stringing operations ramping up.

The two-phase Lower Churchill Project is developing the remaining 35% of the Churchill River that has not already been developed by the Churchill Falls Generating Station. Phase one is Muskrat Falls; phase two, Gull Island.

The hydroelectric potential of the two phases make the lower Churchill River in Labrador the best undeveloped hydroelectric source in North America. Together, they have a combined capacity of more than 3,000 megawatts, will be able to provide 16.7 terawatt hours of electricity a year, and reduce greenhouse gas emissions equivalent to taking 3.2 million vehicles off the road each year.

The Muskrat Falls project includes an 824 megawatt hydroelectric generating facility at the falls, the Labrador-Island Link, which will transmit power to Soldiers Pond on the Avalon Peninsula, and the Maritime Link connecting Newfoundland and Nova Scotia, which is being constructed by Emera Inc. of Nova Scotia.

The Gull Island phase will involve building a 2,250 MW Gull Island generation facility, and associated transmission to markets. This phase is expected to follow no earlier than three years after the sanction of Muskrat Falls.

Photo source: Nalcor Energy.

Related Articles


Latest Articles


Changing Scene

  • Leviton Canada Announces Structural Changes to the Sales Organization

    Leviton Canada Announces Structural Changes to the Sales Organization

    January 16, 2025 Leviton Canada is pleased to announce structural changes to its Canadian Sales Department, effective January 1, 2025. These changes aim to enhance sales synergy, optimize resource allocation and strengthen their relationships with customers across the country. Jason Denstedt now assumes the role of Vice-President of National ED Sales, overseeing the national Electrical… Read More…

  • Nesco Announces New Sales Agent for Northern Ontario

    Nesco Announces New Sales Agent for Northern Ontario

    January 16, 2025 Nesco is pleased to announce the appointment of Sean Atkinson at Resilient Sales as their sales agent for Northern Ontario, effective January 1st, 2025. “Sean is replacing Steve Wallace, who after decades of providing tireless customer service and sales support is focusing on family and enjoying some well-deserved downtime in retirement,” commented… Read More…

  • ABB and Wieland Electric Partner to Redefine Efficiency in Modular Construction

    ABB and Wieland Electric Partner to Redefine Efficiency in Modular Construction

    January 15, 2025 ABB Electrification’s Smart Buildings Division and Wieland Electric have announced a strategic partnership to revolutionize modular and serial construction with advanced prefabricated electrical installation systems. The collaboration combines Wieland’s innovative connector technology with ABB’s extensive portfolio – including switches, sockets, installation boxes, energy distribution, and smart home solutions – to deliver plug-and-play… Read More…

  • ABB Expands Residential Energy Management Portfolio in North America with Lumin Acquisition

    ABB Expands Residential Energy Management Portfolio in North America with Lumin Acquisition

    January 15, 2025 ABB has announced the acquisition of Lumin, a U.S.-based pioneer and leading provider of responsive energy management systems, to expand its home energy management capabilities in the North American residential sector. The acquisition follows a strategic minority investment by ABB into the company in 2023. Financial terms of the transaction were not… Read More…