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In Covid-19 times, reality often becomes virtual, which is exactly how WAI presented the annual Clockwinding tradition, its annual meeting and the Mordica Lecture on Nov. 11. See p. 6 for related comments by WAI President Jan Sørige.

Former WAI President Ron Reed, Lloyd & Bouvier, was physically at the Association’s headquarters in Madison, Connecticut, accompanied by his wife, Mary. Also present was WAI Executive Director Steve Fetteroll and Director of Technology Chuck Szymaszek.

Reed explained the history of the Clockwinding tradition, wherein a U.K. representative annually comes to WAI’s headquarters to wind the grandfather clock that was presented to the Association on behalf of the U.K., wire industry for help during World War II. Reed then introduced Clockwinder Martin Thacker, who spoke for the occasion from his home in Britain. Below is his speech, which was followed by Reed performing the actual winding of the clock.

“With the benefit of modern technology, our tradition of clock winding is able to continue in spite of a worldwide pandemic. As a result, we are creating a new first today. It is a real privilege for me to be invited as the very first clock winder to participate in this prestigious ceremony without even leaving my home! Although it saddens me that I cannot be with you in person today, we should be glad that the clock winding is going ahead and the annual tradition remains unbroken.

“On this day 80 years ago, the British Royal Navy launched its first ever aircraft carrier strike in history on the Italian fleet. Particularly poignant, is that on this day in 1918 an Armistice was signed which marked the end of World War I.

“During that war, my grandfather became an apprentice at Johnson and Playfair Wire Manufacturers in Sheffield. His wages were eight shillings a week with a war bonus of a further two shillings. The company produced patent and plough steel rope wires, as well as high strain steel wire. The advent of the Second World War saw my grandfather move to Brealey and Company as a wire drawer for the princely sum of 80 shillings a week. The company was well known for production of bright wire for all purposes. My grandfather was proud of the work he did and how the wire produced made a difference to the world he lived in. He was equally proud to be an official in the Amalgamated Union of Wiredrawers, founded in 1840, the oldest trade union operating in the wire industry. My grandfather was a union official when there were 13,000 members and he attended the Trades Union Congress in 1968.

“His love of the industry inspired me to become a Liveryman of the Worshipful Company of Tinplate Workers Alias Wireworkers in the City of London. My proposer for membership was Peter Rigby, a past Master of the Livery Company and clock winder. His father, John Rigby, presented the clock in 1948 on behalf of the British Wire Association. Just like the hands of this clock, the many links ensure we come full circle.

“A clock’s primary purpose is to display the time. We know that this clock is so much more than that. It is a symbol of the friendship between our countries, a practical connection of our wire industries and the continuation of a bond linked by a metaphor of time-honored tradition. Thank you for allowing me to participate in the ceremony today and ensuring that this wonderful tradition is maintained and has meaningful relevance in our 21st century world.”

Following Thacker, Dr. Gil Baker presented his Mordica Lecture, which was published in the July issue of WJI. His presentation, which included commentary on some aspects beyond the printed paper, can be accessed—along with the Clockwinding ceremony and annual meeting—at https://bit.ly/2020Clock.

Last modified on December 9, 2020

BSRIA projects that the global structured cabling market will decline 12% in 2020, from US$6.6 billion to $5.8 billion, and that consumption is not likely to return to 2019 levels until 2022.

A press release said that the first half of the year saw the largest fall, with severe disruption caused by national lockdowns. In some instances, the worst effects were felt in the second half. The report, which covers 10 countries and four regions, was updated to account for the effect of the Covid-19 pandemic.

“There were significant variations between countries, typically related to the general economic impact of the pandemic,” the release said. “There have also been various government support policies for the country economies in general or for specific sectors, such as buildings.” Additionally, vertical markets have fared significantly differently from one another. “Sectors such as travel, hospitality and retail (have been) especially badly hit, while healthcare, data centers and in some countries, education, remain more buoyant.”

Copper cable and connectivity suffered more than fiber did, reports BSRIA. Copper sales declined by 15% globally, with a range of 14% and 16% holding consistently across main regions of the globe. BSRIA attributes this decline to “a severe disruption in non-residential construction with the delay or cancellation of many projects.”

Fiber, on the other hand, declined 7% but with significant variations from region to region, “from a stable market in Asia-Pacific to a drop of 14% in America,” BSRIA stated. “In countries where fiber sales held up, this was often supported by increased investment in data centers partly driven by the effects of the pandemic in driving demand for web services.”

For more details, contact BSRIA at This email address is being protected from spambots. You need JavaScript enabled to view it., www.bsria.co.uk.

Last modified on December 7, 2020

NKT announced that it is part of a group effort to develop the prototype for what will be the world’s longest superconducting power cable. The project, first announced in 2019, seeks to develop and supply a record-length superconducting cable for use in Munich, Germany.

A press release from NKT said that Stadtwerke München Infrastrukur has now started the first stage development of the project. Called the “SuperLink,” the proposed 12-km-long underground power link would be the longest superconducting power cable solution in the world. It said that the ambitious project, which has seven partners, is an important indication about the future potential of superconducting power cables. The other partners are Linde plc, THEVA, the South Westphalia University of Applied Sciences and the Karlsruhe Institute of Technology.

“We are proud to take part in the early stages of the development,” said NKT Chief Technology Officer Anders Jensen. He noted that SWM and Link where Stadtwerke München and Stadtwerke München Infrastruktur are taking a significant step to leverage superconducting power cables. “It is important to continue to develop solutions to support the transition to renewable energy and the ambitions of the German Energiewende. In NKT, we see superconducting power cables as a part of the future to ensure optimized access to clean energy in larger cities such as Munich.”

The design of the superconducting power cables is extremely compact compared to conventional cable technology and can become a key enabler of the transition to renewable energy in urban areas due to the high power-to-size ratio. The SuperLink is expected to have a power rating of 500 MW and will be installed between two substations in Munich using existing ducts to keep the construction work at a minimum.

A fact sheet also noted that SuperLink will have a power rating of 500 MW and a voltage level of 110 kV; that the plan is to install it in existing ducts; the superconducting cable will be cooled to minus 200ºC in a closed circuit with the environmental harmless refrigerant nitrogen; and it will have a cooling system with redundant back-up coolers.

“With 1.5 million residents, Munich is a great city to develop and live-test the possibilities of superconducting power cables to expand the power grids in urban areas that will be an integral part of the system,” the release said.

Nexans’ new Cable Laying Vessel, the CLV Nexans Aurora, is one step closer to completion, with the launching of the vessel being built by Norway shipbuilder Ulstein Verft.

A press release said that the 149.9-m long and 31-m wide vessel will be working in the offshore renewables market, installing subsea cables including cables connecting offshore wind farms to the grid and interconnector systems. The hull arrived at Ulstein Verft in June, and was positioned in the roofed and controlled environment of the yard’s dock hall. During this period, various work tasks have been accomplished, including electrical installations, insulation work, installation of the remaining main equipment and cable lay equipment, etc.

The vessel will be positioned quayside at Ulstein Verft, where it will enter the last outfitting and start-up commissioning phases. The vessel boasts a concentric, split basket 10,000Te carousel, dual cable lay capabilities, utilization of separate Capstan or Tensioner firing lines, and should be able to complete operations in severe weather conditions.

The release said that the Aurora will be “the flagship in the Nexans fleet.” The vessel’s first assignment will be for the Seagreen Offshore Wind Farm off Scotland, starting in Q3 2021.

The vessel was developed in conjunction with Nexans, Skipsteknisk (ship design), Ulstein Verft (engineering and fitting), and MAATS Tech (cable installation equipment), each specialists in their fields, to produce the subsea cable and umbilical systems installation vessel intended for worldwide operations, from shallow and deep subsea activities. The vessel’s hull was built at the CRIST shipyard in Poland.

Italy’s TIM SpA has named five domestically based companies as suppliers for the fiber optic cables to be needed by its fixed network business, FiberCorp, for the next two years.

A press release said that the suppliers—Ecotel, Metallurgica Bresciana, Prysmian, Technikabel and Tratos—will supply TIM’s FiberCorp entity, which wants to connect 76% of underserved regions by 2025. Through a complex organization plan, the goal is to create a single access network in Italy, that will see FiberCorp merge with Open Fiber, the state-owned infrastructure company created by utility Enel and investment bank—and TIM shareholder—Cassa Depositi e Prestiti (CDP). TIM will deploy fixed wireless access to the areas not covered by the FiberCorp plan in 2022.

The release said that winning companies confirmed that the development of the cables, the cut to length, quality control and storage will all be carried out within their company, at production and certification facilities and warehouses situated on national territory. “With this operation, TIM confirms its commitment in support of the country and its entrepreneurial fabric, with the aim of optimizing the excellence and quality of Italian production to develop a strategic infrastructure for digitization, which demands top performance and efficiency.”

FiberCorp has already taken the first steps to build its own network, closing and assigning the first of the two tenders for the supply of fiber optic cables. Tratos announced that it has won a €20 million fiber cable order.

Last modified on December 7, 2020

Bombardier Transportation has agreed to sell the activities of its Electrical Wiring Interconnection Systems (EWIS) at its manufacturing site in Huehuetoca, Mexico (BT Ensambles México) to a subsidiary of Motherson Sumi Systems Limited (MSSL).

A press release said that the MSSL subsidiary will continue manufacturing the same electrical harnesses and assemblies as currently produced at the Huehuetoca site in Mexico. The divestment furthers its focus on reducing the activities to core and integration competencies. “The transaction is beneficial to both parties, since Bombardier Transportation has been seeking to establish a long-term supplier partnership for electrical harnesses and assemblies in the Americas region and MRS is an excellent partner for this,” said Elliot Sander, president, Americas Region, Bombardier Transportation.

The news follows a similar divestment last December that saw Bombardier sell its electrical wiring interconnection system (EWIS) assets in Querétaro, Mexico, to Latécoère. That deal included a long-term supply agreement for Latécoère to supply EWIS to Bombardier. In February 2019, Bombardier sold its wiring harnesses assets in Derby, U.K., to a subsidiary of MSSL.

Last modified on December 8, 2020

United Arab Emirates’ Ducab HV, a subsidiary of Ducab Group, has won an order from the Dubai Electricity and Water Authority (DEWA) to supply the high-voltage cable for Phase 5 of the Mohammed bin Rashid Al Maktoum Solar Park (MBR Solar Park).

A press release said the order is for approximately 275 km of cable as well as “relevant accessories and terminations.” The project will be executed over three plots, each designed to generate 300 megawatts. The MBR Solar Park was described as the world’s largest single-site solar park, based on the independent power producer model. When completed, it is designed to be one of the most cost-effective solar parks anywhere.

Ducab HV will also be responsible for cable installation as the cable subcontractor appointed by Shanghai Electric of China. The latest project award follows Ducab HV having successfully energized the full turnkey 132kV system for Phase 3 of the MBR Solar Park.

DEWA is seeking to position Dubai as a global hub for clean energy and green economy through several initiatives. Its Dubai Clean Energy Strategy 2050 initiative aims to provide 75% of Dubai’s total power output from clean energy by 2050. That goal has seen greater development of more diverse energy grids using customized cabling for projects that seek to harness the power of solar, wind, and nuclear energy. The MBR Solar Park has a planned production capacity of 5,000 MW by 2030, with investments totaling approximately US$13.6 billion. When completed, it will save over 6.5 million metric tons of carbon emissions annually.

“Ducab has a strong record of contributing towards some of the most prestigious projects in the UAE and the wider GCC region, and the MBR Solar Park is no exception,” said Ducab HV CEO Mike Engelbrecht said of the new award, which he observed was won amid fierce competition from world-class competitors. “The project will see quality, ‘Made in UAE’ cables continue to be incorporated into the landmark site, powering the development of the country for many years to come and a testament to the UAE government’s strategy to develop in country competence.”

Last modified on December 7, 2020

NKT has won a long-term frame agreement with Swedish utility Ellevio to reinforce the power grid in Central Sweden, a four-year deal that calls for it to supply low- and medium-voltage power cables.

A press release said that NKT will continue its long-term collaboration with Ellevio to reinforce and expand the regional power grid in Central Sweden. The deal includes cable with voltage levels from 1 kV to 36 kV for use in projects such as replacing overhead lines with underground power cables and reinforcing the power grid in urban areas around Stockholm, the capital of Sweden.

“With the new frame agreement, we continue our engagement in ensuring the grid has the capacity needed to be ready for the increased electrification driven by urbanization and the transition to renewable energy,” said Peter Marcusson, Nordic director of sales for utilities at NKT. The agreement, he said, runs until 2024, with an option to extend it for three more years.

The deal with Ellevio also includes collaboration on the development of new products and methods to future proof the power grid in the region, Marcusson said. He noted that part of the infrastructure is aging and needs to be reinforced and expanded to meet the growing demand for electricity.

A central part of the ongoing reinforcement is to weather proof the power grid by exchanging overhead lines with underground cables to minimize the risk of weather-related blackouts. In Stockholm, urbanization drives investments in the power grids as new city areas arise with roads and tunnels being built. The capacity of the power grid in the larger cities of the region also needs to take a growing number of electrical cars into account which is driving the need for timely expansion of the power grid.
Ellevio is one of the largest utilities in Sweden supplying electricity to more than 960,000 customers in Central Sweden including the Stockholm area.

Last modified on December 7, 2020

The Prysmian Group reports that it has signed a preferred bidder agreement with RWE Renewables Sofia Offshore Wind Farm—the world’s second biggest offshore wind farm developer—for the development of the turn-key high voltage submarine and land export cable connection worth over €200 million for the project.

A press release said that the project will require more than 440 km of ±320 kV submarine export cables with XLPE insulation, and 15 km of ±320 kV land cables with P-Laser insulation. All the submarine cables will be produced at Prysmian Group’s Centre of Excellence in Pikkala, Finland, while the land cables will be manufactured at the Gron plant in France. The offshore cable operations will be performed using the Leonardo da Vinci, Prysmian’s new cutting-edge cable laying vessel that is the most capable in the market and is able to offer enhanced project versatility. Commissioning of the project is scheduled for late 2024.

The 1.4 GW offshore wind farm is located 195 km from the nearest point on the U.K.’s North East coast, the shallow central area of the North Sea known as Dogger Bank. The project is RWE Renewables’ largest single offshore wind project under development so far, as well as the farthest from shore. Once it becomes operational in 2025, it will be able to generate enough power to supply over 1.2 million homes with renewable electricity.

“The development of grid infrastructures for the transmission and distribution of electric power from renewable sources is strategically important, and positions Prysmian as the leading company for the energy transition,” said Hakan Ozmen, EVP Projects BU, Prysmian.

Alcatel Submarine Networks (ASN) announced that it has won the contract for the Eastern Arctic Undersea Fiber Optic Network (EAUFON), a project that calls for 1,200 km of fiber optic submarine cable.

A press release said that the contract, funded by the Kativik Regional Government, (KRG), an oversight body, calls for connecting five communities in northern Québec that have been primarily dependent on satellite links. The goal is to provide a reliable, affordable and secure high-speed broadband Internet connectivity.

The EAUFON system, based on two fiber pairs and designed to offer a speed of at least 10 Tbps on each fiber pair, will be extendable in the future to connect other communities in northern Canada. The ASN system will integrate the latest versions of its subsea products, including high bandwidth repeaters, OADM Branching Units, SoftNode Submarine Line Terminal (SLTE), and modular duplicated Power Feed Equipment (PFE).

ASN President Alain Biston said that the company was honored to be selected by KRG. He noted that a key was ASN’s “previous experience in successfully installing advanced coherent submarine cable systems in the remote and harsh Arctic environment.”

ASN will manufacture the fiber optic submarine cable system at its facilities located in France and the U.K., and will deploy it using a purpose-built subsea cable ship. The system deployment will require adjusting to difficult weather conditions and complying with the regulatory, logistical, scheduling, and operational constraints associated with marine activities performed in the Hudson Bay. “This will be a real challenge, and ASN will draw upon its experience from four previous projects in the Arctic region to meet this new challenge,” the release said.

The EAUFON system is scheduled to be commissioned at the end of 2021. The Kativik Regional Government encompasses most of the Nunavik Region of Quebec. Nunavik is the northern half of the Nord-du-Quebec administrative region and encompasses all the territory above the 55th parallel (500,164 sq km).

Alcatel Submarine Networks, part of Nokia, notes that it has installed more than 650,000 km of optical submarine systems, enough to circumnavigate the globe 15 times.

Last modified on December 7, 2020

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