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PacWave South opens as first grid-connected wave energy test site in continental US

PacWave South opens as first grid-connected wave energy test site in continental US

Built World

Ten-year, $150 million federal effort puts wave energy testing on the US grid

Yesterday: PacWave South opens as first continental US wave energy site

Overview

Updated 1 hour ago

The first wave energy test site connected to the continental US electric grid opened off Oregon's coast this week. PacWave South took a decade to permit and build, backed by nearly $150 million in federal investment.

The site is pre-permitted, so developers can test devices like point absorbers and oscillating water columns without securing their own permits. No machines had arrived as of the opening; funding delays have slowed developers. The infrastructure for wave energy's real-world trial is in place.

Why it matters

Wave energy could provide steady, round-the-clock power, but proving it works requires real-world grid testing. PacWave South removes the biggest barrier: years of permitting.

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Key Indicators

$150M
US Energy Department investment since 2016
Federal funding for PacWave South's siting and construction.
20
Wave energy converters the site can host
Up to 20 devices across four test berths simultaneously.
4
Test berths
Each berth has a dedicated 5-megawatt cable connection.
20 MW
Maximum output capacity
Total potential power from all four berths combined.

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People Involved

Organizations Involved

Timeline

December 2016 August 2026

6 events Latest: Yesterday
Tap a bar to jump to that date
  1. PacWave South opens as first continental US wave energy site

    Latest Milestone

    Facility opens, but no test devices have arrived yet; developers cite federal funding delays.

  2. PacWave South connects to the grid

    Infrastructure

    The facility is wired into Central Lincoln People's Utility District's network.

  3. Energy secretary approves PacWave opening

    Regulatory

    PacWave passes a required 'go/no-go' review at the Energy Department before opening.

  4. Construction of PacWave South completed

    Milestone

    The offshore site and its cable system to shore are finished in early 2025.

  5. FERC issues PacWave South operating license

    Regulatory

    Federal Energy Regulatory Commission issues 25-year license, pre-permitting most wave devices.

  6. DOE selects Oregon State to build wave energy test site

    Selection

    US Department of Energy chooses the OSU-led team to develop PacWave South.

Historical Context

3 moments from history that rhyme with this story — and how they unfolded.

2001-2017

Cape Wind (2001-2017)

Developer Jim Gordon spent 16 years pursuing permits for 130 turbines in Nantucket Sound off Cape Cod, Massachusetts. The project faced lawsuits from opponents including local tribes and utility interests, and never secured a buyer for its power.

Then

The lease expired in 2017 and the project was abandoned - no turbine was ever installed.

Now

Cape Wind showed a single offshore energy project could be stalled for over a decade by permitting and legal fights.

Why this matters now

PacWave South's pre-permitted model lets device developers skip the years-long permitting path that killed Cape Wind.

2004-2014

Pelamis Wave Energy (2004-2014)

Edinburgh-based Pelamis built the world's first offshore wave machine to feed a national grid off Portugal in 2008. The company went bankrupt in 2014 after a decade of funding struggles and technical setbacks.

Then

The Portuguese wave farm shut down within months and its machines never returned to commercial service.

Now

Pelamis's collapse showed wave energy developers cannot survive without sustained testing infrastructure and reliable funding.

Why this matters now

PacWave South gives wave developers the real-world, grid-connected testing venue and permitting relief that Pelamis never had.

2004-present

European Marine Energy Centre, Orkney (2004-present)

The European Marine Energy Centre (EMEC) opened in Scotland's Orkney Islands in 2004 with pre-permitted, grid-connected berths for wave and tidal devices. It has since hosted hundreds of deployments and became the global standard for marine energy testing.

Then

EMEC hosted the first wave and tidal devices to feed a UK grid and established testing norms for the industry.

Now

EMEC became the template for marine energy test sites worldwide - including PacWave South.

Why this matters now

PacWave South brings EMEC's proven pre-permitted, grid-connected model to US continental waters for the first time.

Sources

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