The Prysmian Group announced that it has been awarded a contract by Cobra Wind International Ltd. to provide the cable system to connect the Kincardine Floating Offshore Wind Farm to mainland U.K.

A press release said that the order, Prysmian’s first cable project for a floating offshore wind farm, calls for the design and supply of two export cables as well as inter-array cables and associated accessories to connect the turbines. The Kincardine Wind Farm, is some 15 km southeast of Aberdeen, to the Scottish mainland power grid.

Each of the continuous export cables will serve the 17 km route, using a static cable design combined with a 0.5 km dynamic cable route section to complete the connection to the floating turbine tower. The 33 kV three-core submarine cable will use EPR insulation system, with the static section length finished with single wire armoring, while the dynamic section will employ a double-wire armored design. The submarine cables will be produced at the Group plants in Vilanova, Spain, and Drammen, Norway. Installation is planned during 2018 and 2019.

The Kincardine project is planned to be built in two stages. A single turbine 2 MW first phase is scheduled to be installed this year, followed by a six-turbine second phase with hardware of up to 8.4 MW each. The first phase will consist of a Vestas V80 2 MW machine with a 106-meter tip height and 80-meter rotor diameter.

Germany’s SIKORA AG has started construction of the company’s new production building in Bremen-Mahndorf, with its executive board laying the foundation stone on Dec. 12, 2017, at a ceremony attended by both staff and business partners.

A press release said that the new building includes 7,000 sq m of space for production and logistics, more than triple the capacity of the building it replaces. "The expansion at the production location Bremen is a strategic future investment," said company CEO Dr. Christian Frank, who explained that it will further SIKORA’s goals in further growth and global competitiveness.

The building, scheduled to be completed by November, is being erected on the site of the old production building, which had been demolished. Production had been moved to a building 400 m away in order to maintain short ways to the management, administration and development team. Once completed, the new site—which meshes with two existing buildings—will integrate lean production concepts for an efficient production and have a contemporary design concept, with areas for communication and creativity. The four floors offer more space for efficient production and logistics as well as perfect conditions for communication, creativity and innovation.

A key driver for the project has been the expansion of SIKORA’s scope in measuring and testing, sporting and inspection equipment for wire and cable, optical fiber, hose and tube and plastics, Frank said. As the product portfolios increased, "we reached the limits of our capacity with the existing building," he said, noting that the new building will offer 350% more space.

Equally important is that the building design will integrate modern lean production concepts. An intensive planning phase was implemented to optimize the different processes, from material flows to production to shipping. "The result is a more efficient and innovative production to ensure highest product quality as well as delivery reliability," Frank said. He added that SIKORA has been expanding its workforce, and the new site helps attract qualified employees.

Australia’s Department of Foreign Affairs has signed a deal with the Vocus Group for the initial stages of a new undersea cable system between the Solomon Islands, Papua New Guinea and Australia, displacing Huawei, which had been originally chosen but resulted in concerns over security matters.

Per multiple media reports, a statement from the Vocus Group—which did not mention Huawei—said that the agreement is a $2.8 million deal for conducting a scoping study for the design, construction and procurement of the submarine cable system, the first step of the project. Vocus designed and developed the North-West Cable System and the Australia-Singapore Cable, the latter project was still under construction while the former project was up and running.

As previously reported in WJI, the Solomon Islands and China’s Huawei announced last year that they had signed a contract for the prosubsea ject. That news was not well received as Huawei had been banned from tendering for the National Broadband Network in 2012 because of security concerns. In Australia, nearly six years ago, Huawei was denied any role in supplying equipment to the country’s national broadband network project, following advice by ASIS, one of Australia’s spy agencies.

With its focus literally in "the cloud," Google announced its role in three subsea cables projects: Curie, a private cable connecting Chile to Los Angeles; Havfrue, a consortium cable connecting the United States to Denmark and Ireland; and the Hong Kong-Guam Cable system (HK-G), a consortium cable interconnecting major subsea communication hubs in Asia.

Google, which notes that it has invested $30 billion in infrastructure the last three years as it continues to expand the regions it serves, reports that it is part of 11 cable projects that are either planned or under construction.

With Curie, named after scientist Marie Curie, Google will become the first major non-telecom company to build a private intercontinental cable. It will serve Google users across Latin America. The four fiber-pair network to be supplied by TE SubCom will span over 10,000 km, linking Los Angeles to Valparaiso, Chile, per a report at Teleography.com. It will also include a branching unit for future connectivity to Panama."

TE SubCom, a business of TE Connectivity, Ltd., will also be the supplier for the Havfrue cable project, one of the other two cable systems. Other participants include Aqua Comms, Bulk Infrastructure, Facebook, and others. The undersea cable network between the U.S. and Northern Europe would be ready for service in the last quarter of 2019. It will offer a cross-sectional cable capacity of 108 Tbps, scalable to higher capacities via future generation Submarine Line Terminal Equipment (SLTE) technology. The cable will run from New Jersey to the Jutland Peninsula of Denmark. A branch will add connectivity to County Mayo, Ireland, and optional branches to Northern and Southern Norway can also be added.

At its website, Aqua Comms reported that the Havfrue subsea cable will be the first new undersea cable in nearly two decades to traverse the North Atlantic to connect mainland Northern Europe to the U.S. The company said that it would serve as system operator. It plans to market its portion of the Hafvrue submarine cable as America Europe Connect-2 (AEC-2); it operates America Europe Connect-1 (AEC-1, also known as AEConnect). Route survey operations for the system have begun.

The second consortium venture, HK-G, saw construction begin last April of the 3,900-km undersea cable from NEC Corporation. It will feature 100 Gbps optical transmission capabilities, and have a design capacity of more than 48 Tbps. It is expected to be completed in the fourth quarter of 2019. HK-G will land in Tseung Kwan O (TKO) in Hong Kong and in Piti, Guam, at the Teleguam Holdings LLC (GTA) cable landing station, the same facility which being used for SEA-US.