UK to Build Undersea Cable to Tap Moroccan Renewable Power

An aerial view of solar panels at the Nour 1 concentrated solar power plant outside Ouarzazate in central Morocco (AFP)
An aerial view of solar panels at the Nour 1 concentrated solar power plant outside Ouarzazate in central Morocco (AFP)
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UK to Build Undersea Cable to Tap Moroccan Renewable Power

An aerial view of solar panels at the Nour 1 concentrated solar power plant outside Ouarzazate in central Morocco (AFP)
An aerial view of solar panels at the Nour 1 concentrated solar power plant outside Ouarzazate in central Morocco (AFP)

The United Kingdom is planning to extend a subsea cable for the transmission of renewable energy from Morocco in a project declared a project of "national significance."

Reuters reported that Xlinks, a company chaired by former Tesco chief executive Dave Lewis, wants to build 3,800 kilometers of subsea cables to supply solar and wind power from the Sahara to seven million British homes by 2030.

While Xlinks called the government's recognition of its project "a major milestone," many challenges remain.

As well as building the world's most extended high-voltage direct current subsea cable, Xlinks needs to secure more funding, agree on long-term pricing contracts, and be granted permission to run through Spanish and French waters.

Lewis disclosed to the Financial Times that the estimated cost is between £20 billion and £22 billion.

Xlinks also noted that the initiative would generate approximately 10,000 jobs in Morocco, with 2,000 becoming permanent positions, aligning with the country's energy export strategy.

New UK energy security and net zero minister Claire Coutinho said the project was nationally significant because of its potential to help Britain ditch fossil fuels.

"The proposed project could play an important role in enabling an energy system that meets the UK's commitment to reduce carbon emissions and the government's objectives to create a secure, reliable, and affordable energy supply for consumers," the statement said.



GAIN Summit in Riyadh to Showcase Global Experiences on AI Use in Supporting Business Leaders

GAIN Summit in Riyadh to Showcase Global Experiences on AI Use in Supporting Business Leaders
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GAIN Summit in Riyadh to Showcase Global Experiences on AI Use in Supporting Business Leaders

GAIN Summit in Riyadh to Showcase Global Experiences on AI Use in Supporting Business Leaders

The third edition of the Global AI (GAIN) Summit, organized by the Saudi Data and AI Authority (SDAIA) will be held in Riyadh on September 10-12.

The summit will showcase the global experiences in the field of artificial intelligence technologies, including those that focus on the importance of business leaders' understanding of rapidly developing AI technologies, and reflecting on how to increase production driven by strategic decision-making.

The deliberations of over 300 speakers, including experts, specialists, and decision-makers from 100 countries will present business leaders and those interested in the field of data and AI with promising options and opportunities to benefit from the technologies.

The speakers will deliberate on the most effective methods of utilizing AI to make strategic decisions, support responsible leadership, analyze the extent of the impact of AI on the growth of business activities and productivity, and motivate employees within an attractive work environment that meets the aspirations of business leaders.

The summit will underscore the importance of senior leaders and policymakers in making strategic decisions, determining the scope and directions of work, and achieving a competitive advantage for business. These decisions are guided by organizational policies, available resources, future plans, and other decisions based on AI.

According to a study by PricewaterhouseCoopers, productivity growth and improvement of manufacturing processes were five times faster when AI was used to adjust processes, identify shortcomings, and reduce waste and errors.

Predictive maintenance can also reduce downtime and speed up the pace of production, allowing the plant to increase production with the same or fewer inputs.