Vision

A cross-border clean-energy link, ready when the region needs it most.

Generation has outpaced transmission. Across North America, the energy transition is bottlenecked not by a shortage of clean power, but by a shortage of wires to move it. The Juan de Fuca Cable Project is exactly the kind of high-capacity, low-footprint transmission that closes that gap.

What the cable solves

Four real problems. One ready-to-build answer.

Each of these is well-documented in the energy literature. Taken together, they describe a regional opportunity that the JdF Cable Project is uniquely positioned to address.

The problem

Fragmented grids

Bonneville Power Administration's system in the Pacific Northwest and BC Hydro's grid in British Columbia are the two largest in the region, yet they remain weakly interconnected. When one faces stress from extreme weather, peak demand, or equipment failure, the other cannot efficiently help.

How the cable answers

A direct, controllable link

A 550 MW HVDC voltage-source converter cable creates a high-capacity cross-border ring. Power can be dispatched in either direction in seconds, supporting both grids during peak loads, outages, or weather events.

The problem

Clean energy is being wasted

British Columbia has vast dispatchable hydro. Washington and Oregon are rapidly adding wind and solar. Without sufficient transmission, low-cost clean power is curtailed in one jurisdiction while higher-emitting generation runs in the other — the worst possible outcome for cost, carbon, and consumers.

How the cable answers

Continuous clean-energy exchange

The cable lets BC hydro flow south when the Northwest is calm or cloudy, and lets Northwest wind and solar flow north when BC reservoirs need conserving. Seasons, weather, and load patterns naturally complement each other across the border.

The problem

The transmission bottleneck

Every credible energy-transition analysis — FERC, IEA, the U.S. Department of Energy's National Transmission Needs Study — identifies transmission, not generation, as the binding constraint. New transmission corridors take a decade or more to permit and build.

How the cable answers

A decade of work already done

The project's original development phase achieved shovel-ready status with the U.S. DOE Presidential Permit, NEPA Final EIS, Canadian National Energy Board approval, and BPA + BCTC interconnection specifications complete. That foundation is what makes revival viable on a timeline the region urgently needs.

The problem

Resilience under climate stress

Heat domes, atmospheric rivers, wildfire-driven shutoffs, and prolonged droughts are no longer rare. Both BPA and BC Hydro systems face growing reliability and supply-adequacy pressures, and contingency capacity is increasingly valuable.

How the cable answers

A second, independent corridor

An HVDC-VSC link is fully controllable and independent of the existing AC interties. It provides a redundant path that improves reliability for both grids, while also supporting voltage and reactive-power control across the interconnection.

Why now

The conditions for this project have never been better.

Policy is finally aligned with the physics. The Inflation Reduction Act, the Infrastructure Investment and Jobs Act, and FERC Order 1920 have all converged on the same conclusion: the energy transition is a transmission project before it is anything else. The era of stalled cross-border lines is giving way to active federal and state support for the corridors that move clean power between regions.

Demand is also rising fast. Data center buildout, transportation electrification, and industrial decarbonization are pushing both BPA and BC Hydro into supply-tight conditions that were not in any forecast from a decade ago. The cable's 550 MW of bi-directional capacity translates directly into firm capacity for both systems — without the long lead times of new generation.

And the regulatory groundwork is unique. The original Sea Breeze Pacific Juan de Fuca Cable, LP joint venture spent eight years getting this project to shovel-ready status. That work — environmental impact statements, presidential permits, interconnection specifications, First Nations and stakeholder consultation — is a foundation that no greenfield project can replicate in the timeframe the grid actually needs.

See what's already in place.

The story of how this project got to shovel-ready — and why that foundation makes revival realistic — is itself a useful read for anyone evaluating the opportunity.

Read the project story Explore the impact