GIG and TotalEnergies Sign MoU for Localizing a Supply Chain and Equipment for the Floating Offshore Wind Project in Ulsan
“Establish a K-floating offshore wind farm model”
lGIG and TotalEnergies sign an MoU with the Ulsan Metropolitan City
government and the local university, companies, and KWEIA to create a local supply
chain and localize equipment for the floating offshore wind project.
l“We will localize stages of the floating offshore wind project in Ulsan
actively, contributing to job creation and the revitalization of the local
economy and helping Ulsan to become a carbon-neutral city,” say GIG and
TotalEnergies.
(September 7, 2021) Green Investment Group (GIG), a global leading green
energy development and investment company, and TotalEnergies, a broad energy
company, signed a memorandum of understanding (MOU) with the Ulsan Metropolitan
City government and the city’s university, companies, and KWEIA at the Ulsan
city hall on September 7 to localize a supply chain and equipment for the
floating offshore wind project in Ulsan.
The signing ceremony
was attended by Ulsan city mayor Song Chul-ho and representatives from
institutions and companies in the city, including the Ulsan National Institute
of Science and Technology, KWEIA, the Ulsan Council for Floating Offshore Wind
Power Supply Chain, Hyundai Heavy Industries, Sejin Heavy Industries, and Shinhan
Heavy Industries.
The participating companies
and institutions pledged to forge an actively cooperative relationship in establishing
a supply chain mostly consisting of Ulsan-based companies and localizing equipment
while implementing the Ulsan floating offshore wind farm project.
Through the MOU, GIG and TotalEnergies will further shape
up their existing business plan of localizing stages of the floating offshore
wind project in Korea actively. In particular, they plan to help create a new
ecosystem for the floating offshore wind industry in Korea through active
partnerships with heavy industry-related companies in Ulsan’s shipbuilding and
offshore plant sector, which have the world's best technology and experience. They
will also contribute to the local economy and job creation by directly hiring people
in Korea for the project.
“GIG and TotalEnergies
recognize that the core value of the floating offshore wind project in Korea lies
in revitalizing the local economy through the localization of a supply chain
and equipment. We will actively cooperate with relevant companies in Ulsan to ensure
that the project will become a model case for offshore wind projects and help
the companies to make a strong leap forward into the global market,” said GIG (Korea
managing) director Choi Woo-jin, in charge of the GIG and TotalEnergies'
floating offshore wind project in Ulsan, at the signing ceremony.
Late in July, GIG and
TotalEnergies obtained an electric business licence for the first phase of the
Ulsan floating offshore wind farm project located 60km off the coast of Ulsan
City from Electricity Regulatory Commission under the Ministry of Trade,
Industry and Energy. With a maximum installed capacity of 1.5 GW developed
across three phases, it’s one of the largest floating offshore wind
developments in the world.
As the wind power
complex is expected to produce enough electricity to power the equivalent of
1.6 million households each year, as well as reduce carbon dioxide emissions by
2.3 million tons annually, it is expected to make a big contribution to Ulsan’s
great energy transition and the achievement of the ‘2050 Carbon-Neutral City
Ulsan,’ the vision declared by the city earlier this year.
Meanwhile, GIG,
TotalEnergies, and the Ulsan Council for Floating Offshore Wind Power Supply
Chain adopted and announced a joint declaration for a memorandum of
understanding with other private investment developers to mutually cooperate in
establishing the Ulsan floating offshore wind farm.
Photo) GIG and TotalEnergies sign an MoU with the Ulsan Metropolitan City government and the local university, companies, and KWEIA to create a local supply chain and localize equipment for the floating offshore wind project.