Decarbonising the global energy grid
3 May 2024
As the effort to tackle the climate crisis continues, global demand for renewable energy has been increasing. Unfortunately, the windiest and sunniest parts of the world are not necessarily where the need for energy is highest. This is where transmission plays a big role, linking energy generation to energy use as a product of global interconnection, and diversifying production from renewable sources to create a steadier supply of clean power.
Transporting energy across vast distances is not easy though. From the regulatory complexities of navigating cross-border infrastructure projects to the high costs of financing and the need for long-term planning and advanced technical capabilities, the challenges involved in successfully deploying long-distance transmission projects are varied. Overcoming these challenges is not a single party affair, but requires close collaboration across government, industry and non-governmental organisations.
We conducted a study with nearly 600 industry experts from across the world who highlighted the pressing need for co-ordinated global action to rapidly develop grid infrastructure. Integrating renewable energy into existing grids was cited by participants as one of the most significant barriers to achieving net-zero objectives, alongside supply chain vulnerabilities and ability to access the required capital.
Multiple challenges
From a technical standpoint, there are multiple considerations when implementing cross-border interconnections. Regions can operate using different technical parameters, such as different voltages or frequencies. Even within the same country, interregional variations can create bottlenecks. Adopting regional or international grid codes could mitigate these issues.
Further challenges emerge when we take trading into account. This is where regulation can act as an enabler, facilitating the flow of electricity between countries. The European Union’s efforts to co-ordinate the design of its member state’s energy markets enables an increasingly smooth transmission of energy across the continent. Alongside this, existing infrastructure is outdated, requiring significant upfront investment to upgrade. Clarity on regulatory requirements and more transparency around plans for grid buildout, derisk funding for capital-intensive mega projects.
Coordinated action is vital for the transfer of energy across borders and access to renewable sources of energy
Positive benefits
Despite these challenges, the upside must be stressed. Integrating power systems across borders has many positive societal benefits, decreasing costs and hence energy bills through economies of scale, increasing energy security and lowering the environmental impact of operations. On the latter more specifically, larger power systems are able to integrate higher shares of variable renewables. Globally, the sun is always shining and the wind blowing somewhere.
A common element, therefore, emerges: the need for increased cross-border co‑ordination. Whether it is bilateral, multi-lateral or unified, different models of inter-jurisdictional arrangements are needed for large-scale projects to support global energy interconnections. Our Xlinks project, which is using high-voltage direct current (HVDC) for transmission, is a standout example.
Such projects represent what is needed more in the world, the combination of infrastructure and renewable power across borders, bringing together the public and private sectors for energy security, supply and affordability in an environmentally friendly way. Transporting clean energy using HDVC cables is a crucial step in powering a net-zero and equitable future, and more of this is needed to aid the transition to lower-carbon and prosperous economies.
Political, technical and market hurdles can be overcome through collaboration and partnerships. Leveraging the collective expertise and resources of governments, regulators and the private sector can help ensure interconnections are developed quickly enough to support the energy transition. Grid buildout takes time. We have the resources required to meet ambitions, but stopping now is not viable. We must continue planning, building and maintaining large-scale infrastructure projects to meet the rising demand.
Coordinated action is vital for the transfer of energy across borders and access to renewable sources of energy. This was the message from Cop28 and the UAE Consensus: to help progress and secure a cleaner, brighter future for us all, we must break down barriers and come together.
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Prequalification begins for Riyadh King Salman Stadium27 November 2025
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Saudi Arabia’s Sports Ministry has issued a notice inviting companies to prequalify for a contract to design and build the King Salman International Stadium in Riyadh.
The notice was issued on 26 November, with a prequalification deadline of 16 February.
The stadium will cover an area of about 660,000 square metres (sq m) and will have a seating capacity of 92,000.
The stadium will feature a 150-seat royal suite, 120 hospitality suites, 300 VIP seats and 2,200 dignitary seats.
The plan also includes several sports facilities covering more than 360,000 sq m, including two training fields and fan zones; a closed sports hall; an Olympic-sized swimming pool; an athletics track; and outdoor courts for volleyball, basketball and padel.
The new stadium will host the final of the 2034 Fifa World Cup and will serve as the Saudi national football team’s main headquarters.
US-based architectural firm Populous is the lead architect for the stadium.
Construction of the stadium is expected to be completed by 2029.
The stadium will be located next to King Abdulaziz Park.
Saudi Arabia stadium plans
In August last year, MEED reported that Saudi Arabia plans to build 11 new stadiums to host the Fifa World Cup in 2034.
Eight stadiums will be located in Riyadh, four in Jeddah and one each in Al-Khobar, Abha and Neom.
An additional 10 cities will host training bases. These are Al-Baha, Jazan, Taif, Medina, Alula, Umluj, Tabuk, Hail, Al-Ahsa and Buraidah.
There are expected to be 134 training sites across the kingdom, including 61 existing facilities and 73 new training venues.
The kingdom was officially selected to host the 2034 Fifa World Cup through an online convention of Fifa member associations at the Fifa Congress on 11 December 2024.
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Morocco signs $861m deal for polysilicon plant27 November 2025
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Morocco has signed a MD8bn ($861m) investment agreement with GPM Holding to establish the country’s first polysilicon manufacturing plant in the southern province of Tan-Tan.
GPM Holding is a US-based company and a key partner in Green Power Morocco (GPM), which specialises in the installation and maintenance of photovoltaic solar panels.
GPM is a joint venture with UAE-based renewable energy company Amea Power.
The planned facility will be located in the El-Ouatia industrial zone, according to the North African country’s Ministry of Investment.
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Bahrain’s economy walks precarious path26 November 2025

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Rua Al-Madinah signs hotel operations agreement26 November 2025
Saudi Arabia’s Rua Al-Madinah, the Public Investment Fund (PIF) subsidiary tasked with Medina’s tourism and cultural development, has signed a hotel operations and management agreement with Adeera Hospitality for its Rua Al-Madinah project.
Adeera Hospitality, which PIF also backs, will operate two buildings comprising 250 hotel rooms and 120 residential units under its Alia brand within the Rua Al-Madinah project, which is being developed near the Prophet’s Mosque.
Adeera joins Rua Al-Madinah’s roster of hotel operators, which includes leading global hospitality brands such as Marriott, Hyatt, Accor and Hilton.
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Rua Al-Madinah estimates that superblock five will require 430,000 cubic metres of concrete, 875,000 square metres of block wall, 423,000 sq m of drywall, 74,000 tonnes of steel rebar, 215,000 sq m of tiles, and 228,000 sq m of facades, curtain walls and windows.
The hotels, which will mainly provide accommodation for pilgrims visiting the holy city, will have a built-up area of about 65,000 sq m.
In February last year, the client awarded two contracts worth SR300m ($80m) to international consulting firms for work on the superblocks four and five components of the Rua Al-Madinah project.
Rua Al-Madinah signed a contract with US-based engineering firm Jacobs for design consultancy services for 12 hotels and other infrastructure for superblock four of the project.
Another contract was signed with US-based KEO International Consultants to oversee the implementation of the superblock five project.
Other consultants working on superblock five include US-based Perkins Eastman and Singapore-based Meinhardt.
UAE-based Ema Design is the interior designer.
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Meraas confirms $517m The Acres villas contract award26 November 2025
Dubai-based real estate developer Meraas, now part of Dubai Holding Group, has confirmed that it has awarded a AED1.9bn ($517m) contract to build 642 three-, four- and five-bedroom villas as part of the first phase of its residential community, The Acres, in Dubailand.
The contract was awarded to the local firm United Engineering Construction Company.
MEED exclusively reported in August that Meraas had awarded the contract for the project.
The Acres project is designed by local architectural practice U+A Architects.
The masterplan includes 1,200 villas ranging from three to seven bedrooms.
It also features a nursery, school, clinic, mosques, clubhouses, a retail zone, a 2,000-square-metre garden, walking and biking trails, an outdoor gym, children’s playgrounds, swimming pools and sports facilities.
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