5/4/2022 -

Nexans has been awarded a contract worth around €100m by French grid operator RTE to supply and install cables for the 496 MW Le Treport offshore wind farm.

A press release said that the contract comprises 47 km of offshore and 18 km of onshore export cable for the wind farm, which is located more than 15.5 km from Le Tréport and 17 km from Dieppe.

The consortium Eoliennes en Mer Dieppe Le Treport is developing the offshore wind farm. RTE has been appointed by the French government to connect the wind farm from the offshore substation to the onshore power grid by installing two subsea and onshore links.

For the subsea section, Nexans will supply two 23.5 km lengths of 225 kV three-core cable. The cable has hybrid armoring and incorporates a fiber-optic element to remotely monitor the health of the link and transmit information between the offshore wind farm and the onshore base.

Nexans’ Halden plant in Norway will manufacture the subsea cables, while the land cables will come from the Nexans plant in Charleroi, Belgium. The fiber-optic elements will be supplied from the Norwegian site in Rognan. The installation of the subsea cables should start in the second half of 2024.

The cables will be laid by the CS Skagerrak, one of Nexans’ two cable laying vessels. The onshore link will have 18 km of 225 kV single-core cable, similar to that supplied to RTE by Nexans under the current framework contract for onshore cables. Nexans will also be in charge of the cable burial and protection for the onshore section.

4/1/2022 - Nexans has won a contract with Ørsted and Eversource to supply the export cable link that will connect the Revolution Wind Farm in the U.S. to the onshore grid.

A press release said that the cable, mainly aluminum medium voltage, will be produced in collaboration with Nexans Indeco (Peru), in one of the Nexans Group plants in the Andean region. The conductor design was optimized based on the requirements of the project, which is located in the municipality of Taltal, Antofagasta Region. The first deliveries are planned for May 2022.

This will be Nexans’ first cable installation project in the U.S. as part of the frame agreement with Ørsted-Eversource. The Export Cable Framework Agreement, providing the opportunity to supply up to 1,000 km of high-voltage subsea cables in the U.S. by 2027, was signed in December 2019 between Orsted Wind Power North America LLC and Nexans to accelerate the energy transition in North America by bringing Nexans’ industry-leading subsea cable technology to the U.S. This contract is the first project to be delivered under this agreement.

The cable lay vessel Nexans Aurora will be used for the installation. Nexans notes that it is the first vessel of its kind in the offshore cable-laying sector.

Located more than 15 miles south of the Rhode Island coast and 32 miles southeast of the Connecticut coast, the 704 MW Revolution Wind Farm will address the energy needs of both states. “We are committed for the long term in the US offshore wind industry and look forward to pursuing our partnership with Ørsted and Eversource on this historic project,” said Ragnhild Katteland, executive vice president subsea and land systems for Nexans.

1/3/22 – Nexans has won a more than €80 million contract from Equinor, a Norwegian state-owned multinational energy company, to manufacture and install a power cable system that will deliver electricity directly from the Norwegian power grid to its Oseberg Field Centre.

A press release said that the cable system consists of a single three-core 132 kV AC cable with the capacity to transport and supply 180 MW to the main platform at Oseberg. The power cables will include two fiber optic cables, each fitted with 48 SM fiber optic elements. They will be connected to a central DTS system that allows operators to detect early warning signs of any technical issues in the cables. The cables will be manufactured at Nexans’ plant in Halden, Norway.

Nexans is Equinor’s long-term partner in renewable energy projects. Nexans cabling system will allow Oseberg to operate using renewable energy harnessed from hydropower and achieve about 50% reduction in greenhouse gas emissions in those areas of the field.

Oseberg is located in the North Sea, around 140 km northwest of Bergen. The cable deployment will be done by the Nexans’ Aurora, which is designed to lay the cables in one compact installation. That method will save time and lower costs while also reducing the environmental impact of the operation due to smaller transport distances.

“Electrifying business operations in the energy sector plays an important part in reducing CO2 emissions and supporting the global transition to net zeros,” said Ragnhild Katteland, executive vice president for Nexans subsea and land systems business group.

Of note, last July Nexans was awarded an Equinor a contract to supply power export cable for what will be the world’s first floating solar plant that can operate in rough offshore waters.

12/6/21 – Nexans has opened the first North American plant that has the capacity to manufacture high-voltage subsea cables up to 525 kV HVDC and 400 kV HVAC.
A press release said that the site in Charleston, South Carolina, will provide the full range of products for export cables for offshore wind and subsea interconnectors. The first subsea high-voltage export cable will be delivered to an offshore windfarm in the U.K. beginning in 2022.
The Charleston plant is part of the comprehensive supply chain that is being developed to support offshore wind in the U.S. market. Energy companies such as Eversource, Ørsted and Equinor are among those whose projects are expected to accelerate the energy transition in the U.S. Nexans has signed a framework agreement with Eversource and Ørsted to supply the first U.S.-made subsea high voltage export cables for the projects, and preferred supplier agreement with Equinor for the turnkey projects Empire Wind 1 and 2.
Nexans estimates that it will be able to deliver up to 1,000 km of cables for Ørsted’s and Eversource offshore wind farms in North America up until 2027. Also, as the preferred supplier for Equinor’s Empire Wind, early engagement for Mayflower, Nexans is well positioned to support the U.S. with further energy transition projects.
“It’s an exciting time for the wind industry in the U.S. as we unleash the potential that offshore renewable energy offers,” said Nexans CEO Christopher Guérin. “Our purpose is to ‘electrify the future’ and our expanded facility allows us to do that by combining decades of experience in developing and manufacturing high voltage cables with the newly launched and the most technically advanced cable-laying vessel (CLV) Aurora. We are thrilled to contribute to the wind power revolution in the U.S. and beyond.”
Guérin said that the initiative helps efforts to create a more sustainable world and further electrification efforts, while helping the U.S. meet its goals for carbon neutrality. “We believe that offshore wind will be key to create a clean energy economy; helping to add jobs, stimulate the economy, all while cutting greenhouse gas emissions.”
Built in 2014 to serve the U.S. high-voltage transmission market, the Charleston plant expansion supports the rapidly growing U.S. offshore wind market. By the end of 2021, Nexans will have created 210 new jobs to support the industry development in South Carolina.

10/1/21 – Nexans announced that it has entered into a share purchase agreement with Xignux SA of Mexico to acquire Centelsa, a premium cable maker in Latin America, for an undisclosed price.

A press release said that Centelsa, based in Colombia, produces cable for building and utilities applications. It was described as an “iconic world class cable maker,” with annual revenues of more than US$250 million and an enterprise value of US$225 million. The closing, subject to regulatory approvals, is expected to take place in the first half of 2022.

The Centelsa acquisition “is fully aligned with (our) strategic ambition to become a pure electrification player,” said Nexans CEO Christopher Guérin. The addition will further contribute to Nexans’s ability to serve renewable projects in the Andean Region and enhance its capacity in building and energy distribution.

“This combination will be the stepstone to grow our best-in-class solutions and unique premium brand,” said Viakable-Centelsa CEO Sergio Valdes. “The Centelsa team has demonstrated, for more than six decades, professionalism in delivering high value to our customers. As a global player in energy transmission, Nexans is a great fit to lead the next phase of growth for Centelsa´s customers and employees. Jointly, there is a promising future ahead.”

Centelsa was cited as being the first cable manufacturer in Colombia. Per Centelsa’s website, the company’s origin traces back to 1955, when INCE Ltda (Industria Nacional de Conductores Eléctricos) started its operation in the city of Cali, manufacturing low-voltage cables as magnet wire for applications in motor winding. In 1961, Ceat General of Colombia S.A. was established through the merger with U.S.-based General Cable Corporation and Italy’s Ceat International. It expanded in 1980 with a second plant, then a third in 1993. In 1994, CENTELSA (Cables De Energia Y Telecomunicaciones S.A.) was formed by the merger of Ceat General De Colombia S.A., Facomec and Fadaltec S.A. In 2012, it became part of the Viakable, the cables division of Xignux, a Mexican industrial group.

Over the years, Centelsa won numerous awards and certifications. Today, it has a network of strategically located offices to cover the national and international market, thus offering an opportune service.

8/3/21  Nexans, which notes that it has been a long-term partner in renewable energy developments, announced that it has been awarded a contract by Equinor to supply power export cable for its innovative floating solar pilot offshore Frøya in Norway.

A press release said that the pilot project, called Frøya, is scheduled to come online this December, at which time it will be the world’s first floating solar plant operating in rough offshore waters. The Frøya floating plant will measure 80 m x 80 m, with a height of less than 3 m above the sea surface, hosting an array of solar panels capable of producing up to 1 megawatt.

Nexans will supply 5 km of 22 kW export cable to connect the floating platform from shallow waters to land. The most challenging aspect for the cable construction is to handle the dynamic loadings as the connection at the platform end pitches up and down with the waves. Nexans is utilizing a three-core cable design of a type well proven in offshore wind farm and fish farming installations. The cable will be manufactured at Rognan plant in Norway.

“Our mission for Nexans is to electrify the world,” said Krister Granlie, vice president of the submarine telecom and special cables business unit of Nexans. “Our mission for Nexans is to electrify the world. That means exploring every possible opportunity to help develop new sources of green energy. So, we are delighted to be working once again with Equinor on a truly exciting project that further extends the boundaries of what might be possible in generating renewable energy offshore.”

Utility-scale floating solar power is currently one of the fastest growing renewable technologies as governments and investors around the world explore every possibility for safer, sustainable and decarbonized energy. This is expected to drive almost 10 gigawatt of new floating solar deployment by 2025.

7/12/21  Nexans has won a contract from VINCI-Energies Traction to supply traction cable for the new metro line 15 South, which is part of a mammoth French infrastructure project known as the Grand Paris Express (GPE).

A press release said that, when complete, the project—one of the world’s largest infrastructure projects, valued at approximately €35.6 billion—will double the existing Paris Metro network by adding four new lines, 68 stations and 200 km of track. It consists of a ring route around Paris (line 15) and lines connecting developing neighborhoods (lines 16, 17 and 18).

Along its 33-km length, the metropolitan Line 15 South will run from Pont-de-Sèvres to Noisy-Champs, passing through 22 districts to serve more than one million people. Most of the traction cables for the Line 15 South will be manufactured by the Nexans plant in Mehun-sur-Yèvre, France. Cable installation is scheduled to start in the third quarter of 2021, and Line 15 will open first, in 2025.

Nexans said that it is the first cable manufacturer to receive an order for this infrastructure project. The order, which will take place over more than three years, will see the traction cables installed along the rails in a long tunnel and in different technical rooms. The majority of the traction cables for metro Line 15 are from the K25 range developed by Nexans to comply with stringent fire performance railway standards. The contract will also include R2V cables. Option logistic services could be provided to ensure secured and on-time deliveries that would optimize cable installation for VINCI-Energies Traction.

The project is managed by The Société du Grand Paris. VINCI-Energies helps public authorities and business clients deploy energy, transport and communication infrastructure, industrial facilities and buildings. VINCI-Energies Traction is a consortium for the project.

June 3, 2021 – Nexans announced that it has won two contracts from Equinor, an international energy company present in more than 30 countries worldwide, for two offshore projects.

The first contract, a press release said, calls for Nexans to design, manufacture and supply 44 km of steel tube umbilicals and accessories for an offshore Brazilian project: the Bacalhau ultra-deep water, oil-field development project. It targets pre-salt reservoirs in the Santos Basin estimated to contain up to two billion barrels of oil equivalent (bboe) recoverable reserves.

The order extends Nexans’s long-standing relationship with the Subsea Integration Alliance (SIA) formed between Subsea 7 and OneSubsea. It is responsible for the SURF (subsea, umbilical, risers, and flowlines) front-end engineering and design (FEED) contracts for the Bacalhau project. Nexans’s Halden plant in Norway will provide the SIA with steel tube umbilicals to provide vital services for subsea equipment operating at water depths down to
2,100 m. This includes 2.5 km of gas-lift umbilical, 35 km of static umbilical, 6.9 km of dynamic umbilical and accessories. Nexans is scheduled to deliver the Bacalhau umbilicals in the last quarter of 2022.

The second order was for the fabrication of umbilicals for the Askeladd Vest project, which is in the southern Barents Sea. Nexans will provide static subsea umbilicals with a complex cross-section of power, fiber-optic communications and hydraulic elements for chemical injection, along with a range of connection and termination accessories.

The subsea template on Askeladd Vest will be tied back to the Askeladd field through a pipeline and an umbilical. The distance from the onshore production plant at Melkøya to the subsea field is 195 km, which is the longest distance ever for such a field development.
The main activity of assembling umbilicals and loading them onto installation vessels will be performed at Nexans’ plant in Halden. The control cables will be assembled at Nexans’ plant in Halden and unloaded on installation vessels. Fiber optic cables and power cables will be manufactured in Rognan. The contract value is estimated at nearly $12 million.