Equinors Hywind The Worlds First Floating Offshore Wind Farm

The real story of equinors hywind the worlds first floating offshore wind farm is far weirder, older, and more consequential than the version most people know.

A Decades-Long Quest to Conquer the High Seas

The story of Equinor's Hywind, the world's first commercial-scale floating offshore wind farm, begins not in the 21st century but over 50 years ago. In the late 1960s, a small team of Norwegian engineers and scientists embarked on a quixotic mission to harness the immense power of wind in the open ocean, where it blows stronger and more consistently than near the coastline.

Their initial concepts were laughed off by the established energy industry, who dismissed floating wind turbines as impractical and economically unviable. But the Norwegian researchers persisted, making slow and painstaking progress through the following decades, refining their designs, testing small-scale prototypes, and gradually overcoming the technical hurdles one by one.

Norway's Offshore Ambitions

While the technological evolution was progressing, Norway's government was also laying the groundwork for the commercial rollout of floating wind. Recognizing both the country's vast offshore wind resources and the potential for its offshore engineering firms to gain a global competitive edge, policymakers enacted a series of supportive measures.

This included funding research, development and demonstration projects, as well as creating financial incentives and regulatory frameworks to encourage private investment in floating wind. By the late 2000s, Norway had become the undisputed global leader in this emerging field, home to most of the world's active floating wind projects.

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"Norway has the perfect combination of offshore oil and gas expertise, renewable energy ambitions, and a rugged coastline ideal for floating wind. It was the ideal testing ground." - Liv Hovem, CEO of DNV GL Energy

Hywind Takes Flight

In 2009, Equinor (then Statoil) commissioned the Hywind Demo, a single 2.3 MW floating turbine off the coast of Karmøy. This pioneering pilot project validated the technical viability of the company's spar-buoy floating platform design, paving the way for the full-scale Hywind Scotland project announced in 2015.

Hywind Scotland, located about 15 miles off the Aberdeenshire coast, consists of five 6 MW wind turbines installed on Equinor's spar-buoy platforms. When it became operational in 2017, it represented a watershed moment - the world's first commercial-scale floating offshore wind farm.

The Floating Future

The success of Hywind Scotland has catalyzed a global rush to develop floating offshore wind projects. Countries with deep waters and high wind speeds, such as Japan, South Korea, the United States and Portugal, are now aggressively pursuing this technology.

Equinor itself is building on its pioneering work, planning even larger floating wind farms like Hywind Tampen in the North Sea. Industry analysts predict that floating wind could account for up to 10% of all offshore wind capacity worldwide by 2030, unlocking vast new ocean areas for clean energy generation.

As the world races to decarbonize its energy systems, the humble beginnings of Hywind have grown into a global revolution in renewable power, proving that even the most daunting engineering challenges can be overcome with enough vision, persistence and Norwegian grit.