Project Infrastructure and Technical Configuration

The power interconnector comprises a 218-kilometer high-voltage transmission line operating at 400 kilovolts. The infrastructure extends from the Matambo substation located in Mozambique’s Tete Province to the Phombeya substation in Malawi’s Balaka District.

Electricidade de Moçambique (EDM) has confirmed that the transmission infrastructure has been energized and subjected to initial system stress testing protocols. These assessments evaluate the stability and operational reliability of the system before it transitions to commercial service.

Strategic Significance for Malawi’s Electricity System

The power interconnector holds particular importance for Malawi’s energy landscape. The nation has traditionally operated as an isolated electricity system, which presents distinct operational challenges.

Malawi’s electricity generation relies substantially on hydropower resources from the Shire River, creating vulnerability to drought conditions and climate-related disruptions. Seasonal variations directly impact power availability, constraining the country’s ability to maintain consistent electricity supply during periods of low water flow.

The interconnector addresses these constraints by establishing a direct connection to Mozambique’s electricity grid. This link enables Malawi to access regional electricity resources and positions the country to participate in the Southern African Power Pool (SAPP). Through SAPP membership, Malawi gains entry to organized regional electricity trading mechanisms, facilitating power imports during domestic shortage periods and reducing systemic pressure on the national grid.

Import Capacity and Future Export Potential

Electricity flow projections outline a phased approach to regional power trade.

Initially, Malawi is expected to import approximately 50 megawatts of electricity from Mozambique. As domestic electricity demand expands, import capacity could scale to as much as 200 megawatts, providing additional flexibility to the national electricity system.

The power interconnector also creates a framework for Malawi to export electricity in future periods. When additional domestic generation capacity becomes operational, the country will possess the infrastructure to actively participate in regional electricity trading arrangements, converting the interconnector from a unidirectional import conduit into a bidirectional platform for regional power exchange.

Investment, Development Impact, and Timeline

The project represents a substantial infrastructure investment with international development partnership.

The power interconnector carries an estimated investment value of $88 million and has received financial and technical support from international development institutions, including the World Bank.

The infrastructure initiative is positioned to strengthen electricity security, deepen bilateral cooperation between Mozambique and Malawi while supporting the broader regional energy integration across Southern Africa.

The proposed approach focuses on developing new generation and flexible energy resources alongside Microsoft’s expanding data center footprint, rather than simply adding electricity demand to the grid. The companies said this could support grid reliability while also enabling future AI growth. The collaboration forms part of Microsoft’s Community-First AI Infrastructure initiative and further expands Qcells’ role in developing the energy infrastructure required for AI.

Bring-Your-Own-Capacity Model

Under the proposed “bring-your-own-capacity” (BYOC) model, Qcells would be responsible for developing and building new energy capacity. That capacity could either be supplied directly to Microsoft or delivered to the local utility serving the surrounding community. Microsoft would fund the power needed for its operations, with the model designed to ensure that additional data center demand is matched by new energy resources. Qcells would contribute its capabilities in energy development, engineering, procurement, construction, and grid orchestration as the companies work to translate Microsoft’s requirements into new energy infrastructure. The approach places AI energy capacity at the center of the companies’ exploration of ways to meet increasing computing-related power requirements.

Virtual Power Plants and Community Participation

Qcells and Microsoft are also examining Virtual Power Plants (VPPs), which can bring together thousands of residential and commercial batteries as one flexible energy resource. When electricity demand reaches peak levels, these batteries can supply power to the grid at times when utilities require additional resources. At other times, participating customers would continue using their batteries as usual while receiving the benefit of lower electricity bills and compensation for helping support grid operations.

Qcells plans to give priority to participation from income-qualified households, with the aim of extending the economic benefits associated with AI infrastructure into the communities where such infrastructure is developed. Microsoft Fabric and Azure would serve as the unifying data layers for secure coordination of these distributed energy resources (DERs) at scale.

Qcells-Microsoft Relationship Enters Next Phase

“As AI transforms the economy, we have an opportunity to rethink how the energy infrastructure supporting it is built,” said Andy Park, Global CEO of Qcells.

“Our relationship with Microsoft began with American-made solar manufacturing and construction. Now we’re exploring how we can build the energy capacity needed for AI while creating lasting value for the communities that share the grid,” he added.

The Prime Minister’s Media Office announced on 15th August 2026 that the government has prioritized electricity supply enhancement through dual mechanisms: importing significant volumes of power from adjacent countries while simultaneously expanding internal production facilities. This multifaceted approach reflects the urgency of addressing a persistent energy crisis that has strained the nation’s economy and daily operations.

Government Targets Substantial Capacity Growth

Iraq’s Prime Minister Ali al-Zaidi has directed the Ministry of Electricity to execute a comprehensive modernization program. Key directives include the procurement of at least 10,000 megawatts of electricity import from neighboring nations and the maintenance of existing infrastructure to prevent further deterioration.

The overall production target for the coming year stands at 37,000 megawatts, distributed across multiple energy sources. This includes 15,000 megawatts generated through projects undertaken by General Electric, 12,000 megawatts derived from solar energy installations, and 10,000 megawatts produced by thermal power plants. These diversified electricity imports and local generation sources aim to stabilize the grid and improve operational reliability.

Regional Interconnection Framework Strengthens Supply Routes

Cross-border electricity imports play a vital role in Iraq’s energy security strategy. The nation has established interconnection agreements with multiple neighboring countries to diversify its electricity imports and reduce dependency on any single source.

The existing electrical interconnection infrastructure includes a 150-megawatt project with Jordan, which will be expanded to 400 megawatts in the near term. Additionally, Iraq maintains a 600-megawatt electricity import link with Turkey and a 120-megawatt connection with the Kurdistan region. These interconnections represent critical pathways for stabilizing the nation’s electrical grid during periods of peak demand.

The Scale of Current Supply-Demand Imbalance

Iraq’s electricity deficit reflects systemic challenges within the country’s energy infrastructure. The grid experiences a daily shortage exceeding 35,000 megawatts, driven by constrained fuel availability at power plants and reduced external electricity import from certain suppliers. In early August 2026, actual production capacity reached only 24,600 megawatts—far below minimum requirements.

Summer demand patterns intensify this crisis, with consumption fluctuating between 55,000 and 60,000 megawatts during peak months. This substantial gap between supply and demand directly causes widespread power outages and operational disruptions across residential, commercial, and industrial sectors.

Gas Supply Constraints and Regional Dependencies

Domestic electricity imports from Iran constitute a cornerstone of Iraq’s current energy strategy. Gas supplies from Iran average approximately 20 million cubic meters daily, providing essential fuel for power generation facilities. By combining electricity imports with new generation projects, Iraqi authorities aim to ensure adequate power availability throughout the challenging summer season while working toward sustained grid stability and reduced operational outages.

The rebranding activity was held on Tuesday, 11 August 2026 and was attended by representatives from the Ministry of Home Affairs of the Republic of Indonesia, the National Search and Rescue Agency (Basarnas), the Fire and Rescue Service of DKI Jakarta, the Directorate of Civil Service Police Unit (Satpol PP), and the Chairman of APTIKNAS, alongside industry stakeholders. The activity took place as part of the co-located Indo Water, Indo Waste & Recycling, Indo Renergy & Electric, Indo Security, and Indonesia International Smart City Expo & Forum 2026, which are being held from 11–13 August 2026 at JIExpo Kemayoran, Jakarta, Indonesia. 

Opening the agenda, the Director General of Regional Administration Development, Ministry of Home Affairs of the Republic of Indonesia, said in his remarks, “This rebranding marks an important momentum to strengthen our perspective and direction for future development. With the new identity, we are not only focusing on firefighting, but also expanding our approach to prevention, preparedness, response, rescue, recovery, resilience, and innovation*. We are not only talking about products, but also more comprehensive solutions. Various equipment, such as firefighting equipment, vehicles, sensors, and safety devices, should also be viewed as part of an increasingly connected and adaptive integrated safety ecosystem.”

As the organiser of Indo Firex, PT Napindo Media Ashatama (Napindo) views the rebranding as part of its commitment to keeping the exhibition relevant to the changing needs of the industry. Samuel Octaviano Wajong, Sr. Sales Manager of Napindo, said the expanded identity reflects the evolving landscape of the industry, where fire protection is increasingly interconnected with rescue, disaster management, and occupational safety and health, while emergency response forms an essential part of this broader ecosystem.

“As the industry continues to evolve, Napindo must evolve with it. Through this new identity, we aim to better reflect the increasingly interconnected needs of fire protection, rescue, disaster management, and occupational safety and health, with emergency response playing an essential role across this ecosystem.”

Since 2003, Indo Firex has served as a dedicated platform for the fire protection industry, bringing together manufacturers, suppliers, government representatives, professionals, and end users. Over the years, the industry has evolved to encompass a wider range of technologies and solutions, including rescue technologies, disaster response solutions, Personal Protective Equipment (PPE), along occupational safety and health solutions.

In response to this development, Indo Firex, Rescue & Disaster Expo & Forum will officially be implemented starting from the 2027 edition. The new identity will bring the fire protection, rescue, disaster management, and occupational safety and health sectors together under a broader and more comprehensive business platform.

For Napindo, the rebranding is expected to further strengthen the exhibition’s role as a platform for industry stakeholders to connect, exchange knowledge, showcase technologies, and explore opportunities across the broader safety and resilience ecosystem. Through the expanded platform, Napindo hopes to encourage stronger collaboration among industry players, government, professionals, and end users, while supporting efforts toward a safer, better-prepared, and more resilient future.

A Critical Moment for the Industry

North America’s transmission and distribution sector is navigating a period of extraordinary complexity. The rapid expansion of data centers, the accelerating pace of industrial electrification and the growing influence of artificial intelligence are collectively driving electricity demand to levels that existing infrastructure was not designed to accommodate. At the same time, utilities are contending with aging assets, tightening regulatory frameworks, interconnection backlogs and the increasing frequency of extreme weather events. The Transmission & Distribution Summit 2026 has been designed specifically to address these converging pressures, equipping senior leaders with the insight, strategies and connections required to respond effectively.

A Program Built Around What Leaders Need Most

The Summit’s agenda has been developed through direct engagement with utility executives and reflects the priorities that are shaping investment and operational decisions across the sector. Key topics for 2026 include managing load growth driven by AI and data center expansion, scaling 765kV buildout and large-scale infrastructure delivery, addressing interconnection queue backlogs and permitting uncertainty, strengthening grid resilience against wildfire risk and severe weather, and leveraging automation, storage and digital technologies to optimize system performance. Workforce readiness and cyber defense will also feature prominently, recognising the growing vulnerability of an increasingly connected grid.

An Exceptional Speaker Faculty

The Summit brings together a faculty of senior executives whose experience spans operations, engineering, policy, planning and grid transformation. Confirmed speakers include Mark Lauby, NERC Fellow and Chief Engineer at the North American Electric Reliability Corporation; Ahmad Ababneh, Senior Vice President of Transmission and Substation at ComEd; Joe Bentley, Senior Vice President of Electric Engineering at PG&E; Vandan Divatia, Vice President of Transmission Policy at Eversource Energy; David Stader, Chief Transmission Development Officer at AEP; and Ryan Hawthorne, Vice President of Grid Transformation at Central Hudson Gas and Electric Corp, among many others. Together, they represent the depth of leadership and operational expertise that defines this Summit.

An Invitation-Only Format That Delivers Results

The Summit’s invitation-only structure ensures that every participant is a qualified senior decision-maker, creating an environment where meaningful dialogue and genuine partnership can take place. Solution providers who participate benefit from pre-qualified access to executives actively evaluating relevant products and services, while utility leaders gain exposure to innovative approaches and technologies aligned with their most immediate challenges.

For more details contact:
Christophoros Ioannou
Marketing Director
Email: christophorosi@marcusevanscy.com

PT Napindo Media Ashatama (Napindo) reaffirms its commitment as a leading Professional Exhibition Organiser (PEO) through Indo Water 2026 Expo & Forum, Indonesia’s leading international exhibition for the water and wastewater industry for the past 25 years. Held alongside Indo Waste & Recycling, Indo Renergy & Electric, Indo Security, Indo Firex, and Indonesia International Smart City (IISMEX) 2026 Expo & Forum, the exhibition will take place on 11–13 August 2026 at Jakarta International Expo (JIExpo) Kemayoran, Jakarta, bringing together innovations from six strategic industries on one integrated platform.

Having served as the industry’s benchmark exhibition for more than two decades, Indo Water continues to evolve as a business and knowledge-sharing platform connecting stakeholders from Indonesia and around the world. This year’s exhibition has received positive industry response, with the exhibition space fully booked and featuring more than 700 exhibitors from 23 countries across over 20,000 square metres of exhibition space. More than 17,000 trade visitors are expected to attend throughout the three-day event.

Ahead of the exhibition, Napindo hosted a Press Conference on Wednesday, 5 August 2026, to highlight the event’s readiness while reaffirming the commitment of government institutions, strategic partners, associations, academia, and industry players to advancing sustainable development through innovative solutions and technologies.

On the occasion, Lisa Rusli, Project Director of Napindo, stated that Indo Water, Indo Waste & Recycling, Indo Renergy & Electric, Indo Security, Indo Firex, and Indonesia International Smart City (IISMEX) 2026 Expo & Forum serve as an important platform to foster innovation, technological advancement, and cross-sector collaboration in supporting Indonesia’s sustainable development agenda. Entering its 20th edition, Indo Water further strengthens its position as Indonesia’s pioneering international exhibition for the water and wastewater industry by expanding its exhibition area and presenting a comprehensive programme featuring industry seminars, forums, and more than 80 Technical Product Presentation sessions, encouraging knowledge exchange across the water, wastewater, waste management and recycling, renewable energy, security, fire protection, and smart city sectors.

Indo Water 2026: Advancing Water Security and Sustainable Water Resources As Indonesia’s leading international exhibition for the water and wastewater sector, Indo Water 2026 once again showcases a wide range of innovations supporting national water security and sustainable water resource management.

Sandhi Eko Bramono Poedjastanto, Acting Director of Sanitation, Ministry of Public Works of the Republic of Indonesia, stated that Indo Water serves as a strategic platform supporting the development of water supply, sanitation, and wastewater infrastructure across Indonesia.

Support for Indo Water 2026 was also expressed by Agus Umar Yasin, Chairman of the Indonesian Water Association (IdWA), who emphasised that collaboration between policymakers and industry stakeholders plays a vital role in accelerating technology adoption and strengthening water governance in Indonesia. As part of the exhibition programme, IdWA will organise IdWA Training throughout the three-day exhibition, alongside the “Indonesia Roadmap for Water Resilience and Sustainability” Forum on Tuesday, 11 August 2026.

Indo Waste & Recycling 2026: Accelerating the Circular Economy through Sustainable Waste Management 

Waste management and the circular economy remain key focuses of Indo Waste & Recycling 2026. Yayah Rodiana, Head of the Non-Hazardous Waste Management Working Group, Ministry of Environment of the Republic of Indonesia, stated that accelerating circular economy implementation requires stronger waste management systems. The Ministry of Environment will also conduct a Coaching Clinic throughout the three-day exhibition.

In line with this commitment, Edy Supriyanto, Secretary General of the Indonesian Plastic Recycling Association (ADUPI), highlighted the strategic role of the plastic recycling industry in strengthening the circular economy and supporting sustainable development. ADUPI will also organise The ASEAN Recycling Summit 3.0 on Wednesday, 12 August 2026.

Indo Renergy & Electric 2026: Driving Energy Transition through Green Energy As part of this year’s exhibition, Indo Renergy & Electric showcases a broad range of green energy technologies supporting the transition toward a more sustainable energy system, including geothermal energy, hydropower, biomass energy, alternative energy, and clean electricity.Complementing the exhibition, the Spotlight Zone will feature “Driving Hydrogen Transition through Student Innovation” by the Antasena Team from Institut Teknologi Sepuluh Nopember (ITS) on Thursday, 13 August 2026, showcasing the Hydrogen Motorcycle, winner of the PLN Innovation & Competition in Electricity (PLN ICE) 2024, which has also been exhibited at IPA Convex 2026 and the Global Hydrogen Ecosystem Summit & Exhibition (GHES).

IISMEX, Indo Security, and Indo Firex 2026: Strengthening Regional Resilience through Digital Transformation, Security, and Safety 

This year’s exhibition also highlights the latest developments in smart city solutions, security systems, fire protection, disaster management, and occupational health and safety through IISMEX, Indo Security, and Indo Firex 2026.

Dr. Drs. Safrizal, Z.A., M.Si., Director General of Regional Administration, Ministry of Home Affairs of the Republic of Indonesia, stated that the transformation towards smart cities should not rely solely on digitalisation but also on the effective use of technology to improve quality of life through smarter, safer, more resilient, and sustainable urban governance. The Ministry of Home Affairs will also host the “Waste to Energy Forum: Enhancing National Efforts Through Regional Governance & Yield Innovation” on Wednesday, 12 August 2026.

Support for Indo Security was also expressed by H. Abdul Azis Said, S.E., Chairman of the Indonesian Security Profession Association (APSI), who highlighted the importance of strengthening professional competencies amid the rapid advancement of security technologies. APSI will present a Spotlight Zone talk show entitled “Security Management System in High Risk Building” on Wednesday, 12 August 2026.

As part of Indo Firex 2026, visitors will also witness a Live Rescue Demonstration by the Jakarta Fire and Rescue Department (Gulkarmat), showcasing rescue procedures and emergency response practices to promote greater preparedness in handling emergency situations.

Strong Multi-Sector Support and Global Industry Participation The exhibition is supported by 30 ministries, government institutions, associations, and universities representing the water, wastewater, waste management and recycling, renewable energy, security, fire protection, and smart city sectors.

This strong support is further reflected in the participation of exhibitors from 23 countries, including Indonesia, Australia, China, Germany, Italy, Japan, Malaysia, Singapore, South Korea, Türkiye, the United States, and many others.

With growing participation from government, industry, academia, and international stakeholders, Napindo is confident that Indo Water 2026 Expo & Forum will further strengthen investment opportunities, expand business partnerships, and accelerate the transformation of Indonesia’s water and wastewater industry towards greater global competitiveness.

Exhibition Opening Hours 

11–12 August 2026 : 10:00 AM – 6:00 PM

13 August 2026 : 10:00 AM – 5:30 PM

Visitors are encouraged to pre-register to access the exhibition and explore the full programme of activities taking place across Halls B1, B2, B3, C1, C2, and C3 at JIExpo Kemayoran.

Pattern Energy Group (Pattern Energy), a leader in clean energy and transmission infrastructure, has announced that the SunZia project, recognized as the largest renewable energy infrastructure project in U.S. history, has reached full operational status. The SunZia project is now capable of generating and delivering more electricity than the Hoover Dam while providing affordable and reliable energy to customers throughout the western United States.

Commenting on the milestone, Hunter Armistead, CEO of Pattern Energy, said, “SunZia proves that we can still build the consequential infrastructure this country needs.”

“We did this the right way, we did it on time and on budget – in genuine partnership with the local communities and landowners who trusted us, with the environmental stewardship this unique landscape deserves, and with the determination to see something through that many thought was too big and too complex to finish,” he added.

Adressing Rising Power Needs

The SunZia project consists of an approximately 3,650-megawatt (MW) wind project and a 550-mile high-voltage direct current (HVDC) transmission line. Together, these assets are generating and delivering affordable, American-made energy from New Mexico into Arizona and onward to customers connected to the western grid. Operating at full capacity, the facility can supply enough electricity to serve approximately one million American homes each year. The SunZia project is designed to address growing energy demand through new interregional transmission infrastructure capable of moving reliable and affordable power across long distances. In doing so, it tackles a key challenge facing the energy sector by combining large-scale energy generation with the transmission systems required to deliver that energy where it is needed.

Advanced Transmission Technology at Project Core

A central component of the SunZia project is its HVDC transmission network, which is engineered to transport significant volumes of electricity efficiently over extended distances. Converter stations located at each end of the transmission line convert electricity for transmission and then convert it back for use on the grid. Through this system, SunZia is deploying one of the first major HVDC systems constructed in the United States in a generation, creating advanced infrastructure intended to support large-scale power delivery.

Highlighting the broader significance of the development, Elliot Mainzer, President and CEO of the California Independent System Operator (ISO), said, “Projects of this scale help deliver energy reliably to areas of rising demand, improve the movement of power across states and support a more resilient, flexible and affordable electric system. SunZia represents the kind of long-term infrastructure investment needed to serve customers today and prepare the grid for the future.”

Economic Benefits and Community Investment

Construction activities on the SunZia project commenced in September 2023. At peak construction, the development supported more than 2,000 quality jobs. In addition, more than 100 permanent operations positions will be created across New Mexico and Arizona. The project is expected to invest over $20 billion in communities within those states, including $1.3 billion in direct payments to local governments, schools, counties and private landowners during the first 30 years of operation.

According to Pattern Energy, the fully contracted project progressed through extensive development, permitting, financing, construction and community engagement processes, requiring coordination among private companies, local governments, state and federal agencies, landowners and energy customers.

Opening the event, Mr. Orkhan Zeynalov, Deputy Minister of Energy of the Republic of Azerbaijan, articulated the critical importance of regional energy connectivity as a driver for economic advancement and sustainable development.

IsDB’s Vision for Optimized Energy Resources

Delivering a keynote address, Mr. Issa Faye, Director General of Global Practice and Partnerships at IsDB, elaborated on how robust regional energy interconnections empower countries to optimize their energy resources more effectively. He emphasized that such collaborations enhance the reliability of electricity supply, reduce costs, significantly support the integration of renewable energy sources, and cultivate more robust regional economic cooperation.

Expert Panel Discusses Landmark Projects and Lessons Learned

The forum included in-depth panel discussions moderated by Mr. Idrissa Dia, Director of the Economic and Social Infrastructure Department (ESID) at IsDB. The distinguished panelists included H.E. Mr. Yusuf Majidi, First Deputy Minister of Finance of the Republic of Tajikistan; Mr. Sherard Cowper-Coles, Vice President and Corporate Secretary at the Asian Infrastructure Investment Bank; Mr. Siegfried Leffler, Head of Operations at GIZ International Services; and Mr. Abdoulaye DIA, Secretary General of the West African Power Pool (WAPP).

These leaders shared invaluable insights from their involvement in major initiatives such as CASA-1000, the OMVG Interconnection Project, and the Rogun Hydropower Plant. Their contributions provided crucial lessons on project preparation, financing strategies, effective governance, comprehensive risk management, and the development of commercially viable regional electricity markets.

Benefits of Interconnected Power Systems

Participants universally acknowledged that interconnected power systems offer substantial advantages. These include improved energy security, substantial cost reductions, expanded access to reliable electricity, and a greater capacity for integrating renewable energy sources. The discussions also brought to the fore the critical need for enhanced regional cooperation and the vital role of initiatives like Mission 300 in addressing escalating energy demand and underpinning long-term economic transformation.

Call for Accelerated Collaboration and Key Priorities

The event concluded with a compelling call for intensified collaboration among governments, development institutions, utility providers, and regulatory bodies. The objective is to accelerate the development of regional energy corridors. Key priorities identified for future action include deepening market integration, strengthening regulatory cooperation, pioneering innovative financing mechanisms, refining risk-mitigation frameworks, and fostering greater coordination among all stakeholders.

The deliberations reaffirmed the IsDB’s unwavering commitment to advancing regional integration through the development of sustainable energy infrastructure, with the ultimate goals of promoting energy security, facilitating economic transformation, and fostering shared prosperity.

Under the draft plan, the transmission system operators (TSOs) submitted 159 proposed expansion measures. Following its evaluation, the Bundesnetzagentur has determined that 118 of those measures are currently eligible for confirmation. According to the agency, the remaining proposals do not presently make a sufficient contribution to the required upgrading of the transmission system. Of the measures under consideration, 76 are already included in the existing Federal Requirements Plan Act (BBPlG) or in the version currently undergoing revision. In addition, five projects initially scheduled only for the target year 2045 were reviewed against the requirements for 2037 and have been assessed as provisionally eligible for confirmation. These assessments form a central part of the broader electricity grid expansion strategy outlined in the draft plan.

The revised NDP also proposes up to eight additional offshore transmission links by 2037 to support the continued development of offshore wind energy. The Bundesnetzagentur considers these links necessary to meet the expansion targets established under the Offshore Wind Energy Act. Alongside these offshore developments, the consultation covers proposals for further interconnectors intended to strengthen the integration of the European energy supply network. It also includes plans for an additional high voltage direct current (HVDC) transmission line. Together, these proposals are intended to advance electricity grid expansion, improve cross-border connectivity, and support the future evolution of the electricity transmission system.

Considered one of the most substantial electricity transmission projects currently underway in Egypt, the Egyptian transmission project boasts total investments estimated to be between EGP 12 billion and EGP 14 billion. The project has been strategically divided into eight distinct segments, attracting competitive bids from a range of prominent local and international entities and consortia. The consortium, including Korra Energi, will be responsible for the execution of the first lot under the agreement, which spans approximately 45 kilometers and is valued at around EGP 788 million, along with an additional $14 million.

Furthermore, the third lot encompasses a route of roughly 52 kilometers, with a contract value of approximately EGP 875 million, supplemented by $15 million. Both segments are slated for completion within a one-year timeframe, commencing after the finalization of all contractual procedures. Upon its conclusion, this expanded network is projected to facilitate the integration of over 2 gigawatts of electricity generated from new wind power projects in the Gulf of Suez.

Ayman Korra, CEO of Korra Energi, said “Winning the contracts marks a new strategic step that strengthens Korra Energi’s position in the energy and infrastructure sector and confirms our ability to seize quality opportunities that support business growth and the expansion of our project portfolio.”

“The project directly supports the state’s direction towards expanding renewable energy projects by linking new wind energy projects to the national electricity grid, which enhances energy security, raises the efficiency of the electricity system, reduces energy transmission losses, and supports the achievement of Egypt’s goals in the field of clean energy and sustainable development,” he added.