Esmat also pointed to the contribution of UAE companies working with the Ministry of Electricity and Renewable Energy, along with its affiliated companies and authorities. Their involvement is particularly significant in renewable energy and efforts to diversify energy sources.

The minister said cooperation with UAE companies has resulted in extensive and successful partnerships under the National Energy Strategy and the state’s broader efforts toward the energy transition. These efforts include increasing reliance on renewable energy and expanding battery energy storage systems, areas that remain important to the development of Egypt’s electricity and renewable energy sectors.

Private Investment and Renewable Energy Projects

Esmat outlined the measures being implemented by the government to encourage greater private-sector involvement in solar and wind energy projects, battery storage initiatives and the development and modernisation of the national electricity grid. He said these measures are also intended to increase the grid’s capacity so that it can accommodate additional generation capacity.

According to Esmat, UAE companies have become key partners in several electricity sector projects, with renewable energy projects representing a particularly important area of cooperation. He further stressed that the private sector remains a major partner in carrying out the electricity sector’s strategy. The government, he said, is supporting and encouraging private investment so that the private sector can fulfil its intended role in the national economy.

Esmat also noted that private-sector companies are leading solar and wind energy projects in Egypt, reinforcing their role in expanding electricity and renewable energy development.

UAE Highlights Strength of Bilateral Relations

For his part, the UAE ambassador praised the strength of Egyptian-Emirati relations and described them as a model for Arab cooperation. He highlighted the deep historical and cultural connections shared by the two countries, alongside their broad common interests. According to the ambassador, these longstanding links are reflected in partnerships covering various fields, including investment and trade.

Project Planning and Consortium Coordination

The minister met with a delegation from the Renergy Group Partners consortium, which included founder Robert Falk and Madkour Group Chairperson Mostafa Madkour. The consortium, acting as the primary developer alongside local technical partner Green Tech Egypt and investment partner OAK Holdings, presented the findings of a joint study. Discussions focused on the technical and financial feasibility, potential grid interconnection methods, and the integration of local components. This Sinai clean energy project is slated for development across two phases, delivering a total capacity of 3,100MW.

Strategic Integration of Renewable Energy

Minister Esmat emphasized that the Sinai clean energy project aligns with the government’s wider strategy to increase the share of renewable energy within the national mix. A primary objective is to bolster the national electricity grid by incorporating reliable and stable power sources. According to the ministry, pumped-storage hydropower and battery energy storage systems are essential components for ensuring a sustainable supply of electricity as the nation shifts away from fossil fuel reliance.

Future Infrastructure and Storage Technologies

The ministry highlighted that battery energy storage systems have been progressively integrated into the national electricity grid over the previous two years. Furthermore, the development of a pumped-storage hydropower facility in El Tor, South Sinai, represents a core effort to diversify generation sources. This strategy aims to leverage the nation’s natural geography to optimize the utilization of renewable energy resources while maintaining the long-term stability of the power supply. The ministry continues to review the technical scenarios for this facility to ensure maximum economic return and energy security.

The EPC contract for 25MW wind power project the includes the design, supply and installation of five wind turbines at Batn Al Ghul. The initiative is being implemented under the cooperation agreement signed in February 2026 between Jordan’s Ministry of Energy and Mineral Resources and Abu Dhabi Future Energy Co., widely known as Masdar.

The 25MW wind power project is expected to support Jordan’s long-term strategy of increasing clean electricity generation while diversifying its energy resources. As part of its national energy strategy, Jordan has continued expanding renewable energy capacity, with renewable sources now contributing approximately 27 percent of the country’s electricity generation. The government is targeting a share exceeding 30 percent by 2030 through the addition of new solar, wind and energy storage projects.

Jordan-UAE Energy Cooperation Continues to Expand

Jordan’s renewable energy ambitions were further reinforced in May 2026, when the Cabinet approved the country’s 2025–2035 energy strategy. The roadmap seeks to increase renewable energy’s contribution to 40 percent of the electricity mix by 2035, alongside broader expansion of wind and solar generation capacity and continued progress on green hydrogen initiatives.

The agreement also complements broader renewable energy cooperation between Jordan and the UAE. In June 2026, Jordanian Prime Minister Jaafar Hassan met with Masdar CEO Mohamed Jameel Al-Ramahi to discuss expanding the company’s investments across the country, including wind energy developments with a combined capacity of 2,000 MW. Technical studies for those projects are being completed ahead of implementation.

During the discussions, the prime minister pointed to the UAE-funded 25 MW Batn Al Ghul wind project as an important component of Jordan’s plans to increase renewable energy’s contribution to the national electricity mix while enhancing long-term energy security.

Masdar has already established a significant presence in Jordan through the 200 MW Baynouna Solar Power Plant, the country’s largest solar project, and also holds a 50 percent stake in the 117 MW Tafila Wind Farm.

Deployment at the Sohar Industrial Hub

The inaugural phase of the integrated renewable energy and water project is slated for the coastal city of Sohar. As a primary industrial and port center, Sohar provides a strategic location for the new facility.

Water and Power Specifications

The integrated renewable energy and water project includes the construction of a desalination plant designed to produce 100,000 cubic meters of clean water daily. This supply will support industrial users and port operations to meet regional water demand. To ensure reliable power, the development will feature 250 MW of floating solar capacity. The use of floating solar panels allows for electricity generation on water surfaces, which optimizes land use in regions where available space is constrained.

Sustainability and Storage Integration

To maintain a consistent energy flow, the site will incorporate a 100 MWh battery energy storage system. This storage capacity is designed to manage excess electricity generated by the installation. Furthermore, the site will house a 50 MW green hydrogen production unit. By utilizing renewable energy for green hydrogen production, the facility aims to support future industrial and clean energy needs.

Long-Term Economic and Environmental Impact

The integration of renewable energy, water treatment, battery storage, and green hydrogen production is expected to improve overall operational efficiency. This approach seeks to provide a dependable supply of clean water and electricity for industries. The implementation of this infrastructure involves collaboration between technology providers, engineering firms, financial institutions, and energy developers to support ongoing industrial expansion.

Technical Cooperation and Infrastructure Upgrades

CSGI, a subsidiary of one of China’s primary state-owned grid enterprises, specializes in electricity transmission, distribution, and advanced energy control systems. The current discussions between the two parties focus on several key objectives:

• Developing smart distribution systems to optimize power flow.
• Implementing energy storage solutions to stabilize the national energy grid.
• Integrating digital technologies to facilitate the transition toward smart utility networks.
• Establishing modern control centers to provide ongoing technical assistance.

These infrastructure upgrades support Egypt’s national energy transition plan, which prioritizes the shift toward cleaner power generation and improved industrial sustainability. The initiative seeks to prepare the country for a projected six to seven percent increase in demand during the summer months.

Strategic Goals for Energy Sustainability

The Egyptian government remains focused on its objective to increase the share of clean energy in the total mix to 45 percent by 2028. This plan involves increasing capacity for renewable energy and enhancing the efficiency of the energy grid to better utilize wind and solar resources.

Expanding the Energy Portfolio

As part of its broader green economic transition, Egypt is moving ahead with plans to accelerate and diversify electricity generation across the country.

• Nuclear Developments: Progress continues at the Dabaa nuclear power plant, where the installation of the reactor pressure vessel has moved the project into a more advanced construction phase.
• Renewable Expansion: Projections indicate an addition of approximately 2,500 megawatts of renewable capacity to the grid by 2026.
• Industrial Initiatives: The “Sun of Industry” program aims to promote on-site power generation by installing solar stations on the rooftops of roughly 7,000 factories.
• Grid Research: The Egyptian Electricity Transmission Company is exploring joint studies with CSGI to evaluate how energy storage batteries can reduce reliance on fossil fuels.

Speaking during the ceremony celebrating the installation, Egypt’s Prime Minister Moustafa Madbouly said, “It is another step toward completing one of the New Republic’s most important national projects and realizing Egypt’s long-standing goal of generating electricity through peaceful nuclear power.”

Madbouly also emphasized that the project continues to progress according to schedule while complying with international nuclear safety and quality standards. He noted that the initiative is a key component of Egypt Vision 2030, contributing to economic development, strengthening energy security, and supporting climate change efforts through a more diversified national energy mix.

Project Progress Supports Egypt Vision 2030 and International Cooperation

Situated in Matrouh Governorate, the El Dabaa nuclear power plant is Egypt’s first nuclear facility and is being developed in partnership with Russia’s state nuclear corporation (Rosatom). Once completed, the project will include four 1,200 megawatt (MW) water-water energy reactor (VVER)-1200 Generation III+ reactors, delivering a combined generating capacity of 4,800 MW. The reactor technology is regarded among the most advanced and safest designs currently operating commercially.

Alexey Likhachev, Director General of Rosatom, highlighted the pace of construction, stating, “The completion of the Unit 2 reactor vessel installation only seven months after Unit 1 demonstrates the accelerating pace of implementation.”

Rafael Mariano Grossi, International Atomic Energy Agency (IAEA) Director General, reaffirmed the agency’s commitment to supporting Egypt’s civilian nuclear ambitions.

“We are committed to working with Egypt to ensure the highest standards of safety and security as it develops its peaceful nuclear energy program,” he said.

Mahmoud Esmat, Egypt’s Minister of Electricity and Renewable Energy, described the installation of Unit 2 at the El Dabaa nuclear power plant as a significant milestone that advances Egypt’s long-term energy strategy, sustainable development objectives, and energy security goals. He also underlined the importance of broadening electricity generation sources while strengthening cooperation with international partners to support both renewable and nuclear energy goals.

The installation of the reactor pressure vessel represents a key stage in the construction of the El Dabaa nuclear power plant, marking the transition from major civil engineering works to intensive nuclear equipment assembly and commissioning. According to the Cabinet’s statement, this achievement reflects Egypt’s continued progress toward a diversified and sustainable energy future while reinforcing its strategic partnership with Russia and maintaining its commitment to international nuclear safety standards.

Among the principal measures is the planned implementation of a Time-of-Use (TOU) electricity tariff covering all consumer categories, including households. Under the new pricing structure, electricity tariffs will vary according to the time of day, encouraging consumers to shift more of their electricity usage to off-peak periods.

The government has already completed the installation of smart electricity meters for approximately 95% of consumers, with full deployment expected by the middle of 2026. The TOU tariff is scheduled to come into effect by the end of 2026. As part of the broader energy reforms, Jordan also plans to establish an automated energy control center by late 2026 to strengthen renewable energy monitoring and improve overall electricity grid management.

Financial Pressures Drive Sector Overhaul and Domestic Energy Development

The latest policy measures come as Jordan’s energy sector continues to face financial pressure resulting from disruptions to natural gas supplies from the Eastern Mediterranean following regional conflicts. The interruptions required NEPCO to purchase higher-cost fuel oil and liquefied natural gas from the spot market. Consequently, the company reported additional losses of JOD 87 million in March 2026, while total losses for the year are projected to reach around JOD 573 million.

To maintain uninterrupted electricity supply, the government authorized NEPCO to draw on strategic fuel reserves and temporarily lifted customs duties on imported energy products. Even amid these challenges, efforts to diversify the country’s energy mix helped lessen the impact of the supply disruptions. Renewable energy now accounts for around 27% of Jordan’s electricity generation, while oil shale contributes another 15%. At the same time, natural gas supplies have gradually begun to recover.

National Energy Strategy Supports Long-Term Energy Security

Complementing the energy reforms, the government has approved the National Energy Strategy for 2026–2035, which sets a target of achieving complete self-sufficiency in natural gas production. A key component of the strategy involves expanding the Risha gas field through the drilling of 80 new wells, together with the construction of a pipeline linking the field to the Arab Gas Pipeline by 2029. Once the project is completed, it is expected to produce sufficient natural gas to satisfy Jordan’s annual domestic demand.

Jordan also intends to accelerate renewable energy deployment through public-private partnerships. Planned developments include a 450 MW pumped-storage hydropower plant, a 200 MW solar power project, a 100 MW wind farm, and a 100 MW battery energy storage system. Collectively, these projects are expected to reduce peak electricity demand by 300 MWh over the next three years while enhancing grid stability and supporting the country’s long-term transition toward a cleaner and more sustainable energy system.

The Jabal Abyad Pumped Hydro Energy Storage Project

A primary component of these renewable energy projects is the development of the 2,000 MW Jabal Abyad PHES facility. This venture is a collaborative effort involving the EDF power solutions, Oman National Engineering and Investment Co, TAKHZEEN Oman, and Green Universe Enterprise, in coordination with the Authority for Public Services Regulation. Once completed, it will stand as one of the largest pumped hydro energy storage projects in the Middle East.

Located near the Wadi Dayqah Dam, the facility is designed to provide extensive energy storage capacity. This infrastructure is essential for maintaining grid stability and allowing for a higher integration of renewable sources into the national power grid. Beyond technical capabilities, the project is expected to generate significant in-country value by supporting the local construction sector, small and medium enterprises, and domestic job creation.

Advancing Solar Power Development at Al Kamil

The second major initiative involves the 500 MW Al Kamil Solar PV Independent Power Project. This facility will be financed, constructed, and managed by a consortium including EDF power solutions, Oman National Engineering and Investment Co, and OQ Alternative Energy, working alongside Nama Power and Water Procurement. This project is a vital component of the national strategy for solar power development, aimed at meeting the increasing demand for reliable and clean electricity.

Sustainable Digital Infrastructure and AI Integration

In addition to the clean energy agreements, the Government of Oman, EDF power solutions and Synergy Investments have entered into a memorandum of understanding for a 1,000 MW sustainable digital infrastructure platform. This platform is intended to establish Oman as a regional hub for advanced computing, cloud services, and artificial intelligence.

Béatrice Buffon, Chief Executive Officer of EDF power solutions, said: “Today’s signing reflects the strength of the strategic relationship between France and the Sultanate of Oman, as well as our shared ambition to accelerate the energy transition. By combining large-scale renewable generation with advanced energy storage solutions, EDF power solutions is proud to bring its industrial expertise to the development of a more resilient, sustainable and secure energy system for Oman.”

Ahmed bin Salim Al Abri, Chief Executive Officer of Nama PWP, stated: “Al Kamil Solar IPP is a key addition to Oman’s clean energy portfolio, advancing Nama Power and Water Procurement commitment to delivering reliable, competitive, and low-carbon power. The project strengthens private sector participation, enhances Sultanate of Oman’s investment attractiveness, and reinforces the role of renewable energy in supporting sustainable economic development and environmental responsibility.”

Kumail Said, Acting Chief Executive Officer of OQAE said: “The 500 MW Al Kamil Solar PV Independent Power Project (IPP) builds on a series of solar, wind, and energy storage projects developed by OQAE, demonstrating our continued commitment to advancing Oman’s energy transition as the National Champion for Renewable Energy.”

The agreements for these renewable energy projects reinforce the established collaboration between EDF and key stakeholders in Oman’s energy sector. Drawing on its extensive global experience in renewable energy, energy storage and integrated infrastructure projects, EDF power solutions continues to contribute to the Sultanate of Oman’s efforts to expand reliable and low-carbon energy capacity. The Al Kamil Solar PV IPP marks EDF power solutions’ third renewable energy development in Oman, following the 500MW Manah1 Solar PV IPP and the 120MW JBB Wind IPP.

The agreements also provide a foundation for conducting detailed technical assessments, progressing project development work and strengthening cooperation among the participating parties as the initiatives move toward implementation. They underscore a collective commitment to advancing Oman’s clean energy ambitions while supporting economic diversification, technological innovation and sustainable development goals outlined in Oman Vision 2040.

The first wind turbine factory initiative is designed to support Egypt’s broader efforts to localise renewable energy technologies, increase clean energy generation capacity and strengthen domestic manufacturing capabilities. It forms part of the country’s strategy to boost local industry participation in renewable energy projects while increasing the domestic component used in such developments. The agreement also supports the localisation of advanced solar and wind energy technologies, expansion of electrical equipment manufacturing and implementation of renewable energy projects in Egyptian pounds.

In addition, the project is expected to benefit from Egypt’s trade agreements, enabling locally manufactured products to reach export markets throughout Africa and the Middle East.

Partnership Between SANY Renewable Energy, EETC and NREA

The MoU was signed between China’s SANY Renewable Energy, a global leader in wind turbine manufacturing technology, and Egypt’s Egyptian Electricity Transmission Company (EETC) and New and Renewable Energy Authority (NREA). Signatories included Li Qiang, Chairperson of SANY Renewable Energy, Mona Rizk, Chairperson of the EETC, and Ehab Ismail, Chief Executive Officer of the NREA.

Under the agreement, Egypt will establish its first wind turbine factory to manufacture equipment and components for local wind energy developments while exporting excess production to regional markets. The agreement further covers the development of a 2 GW wind power plant that will be implemented in local currency. The project supports Egypt’s National Energy Strategy, which aims to raise the share of renewable energy in the national energy mix to 45% within the next two years.

Government Highlights Renewable Energy and Energy Security Goals

Speaking on the sidelines of the signing ceremony, Madbouly emphasised the role of renewable energy projects in reinforcing Egypt’s electricity sector and broadening the country’s energy sources. He said that localising industries connected to renewable energy remains a central element of improving energy security and supporting Egypt’s green transition agenda.

Madbouly also pointed to the government’s continued efforts to strengthen cooperation among state institutions and expand partnerships with local and international private-sector investors. These partnerships are intended to accelerate renewable energy projects, including solar, wind and energy storage systems, using local currency. He further noted that Egypt is increasing its focus on energy storage solutions to maximise renewable energy output while maintaining the stability and reliability of the national electricity grid.

Project Timelines and Manufacturing Capacity

Esmat stated that localising electrical equipment manufacturing, particularly renewable energy components, aligns with the state’s objective of implementing solar and wind energy projects in Egyptian pounds. He added that the ministry is pursuing measures aimed at increasing local manufacturing content across the sector.

According to Esmat, the agreement includes the construction of the first wind turbine factory with an annual production capacity of 2 GW. The facility is expected to be completed within a maximum of two years after the signing of the final agreements. The wider project also includes a 2,000 MW wind farm, which is anticipated to be connected to Egypt’s national electricity grid within 23 months of project execution.

The minister further noted that Egypt’s growing market for solar and wind energy projects, combined with strong trade links across the Middle East and Africa, enhances the country’s position as a regional centre for renewable energy manufacturing and exports.

The EU-Kuwait energy roundtable was organized by the EU Delegation to Kuwait as part of commemorations marking 40 years of diplomatic relations between the EU and Kuwait. The roundtable brought together representatives from Kuwait’s Ministry of Electricity, Water and Renewable Energy, the Kuwait Institute for Scientific Research (KISR), the Kuwait Foundation for the Advancement of Science (KFAS), the Kuwait Petroleum Corporation (KPC), alongside leading European energy experts and diplomats.

Focus Areas for EU-Kuwait Energy Cooperation

The discussions at the EU-Kuwait energy cooperation event centered on multiple dimensions of energy sector development. Participants examined promising opportunities across renewable energy projects, advanced technology deployment, infrastructure development, regulatory framework enhancement, investment mobilization, and capacity building initiatives.

The deliberations reflected the broader context of Kuwait’s commitment to achieving carbon neutrality by 2060, a goal that requires comprehensive restructuring of the nation’s energy landscape and increased reliance on clean energy sources.

European Expertise in Kuwait’s Energy Sector

EU Ambassador to Kuwait Anne Koistinen emphasized the long-standing contribution of European professionals to Kuwait’s energy development. She noted that European experts have collaborated with Kuwaiti counterparts for decades across multiple energy domains, including conventional oil and gas operations, renewable energy projects, engineering consultancies, technical standardization bodies, and policy advisory services.

Koistinen highlighted that the current roundtable built upon outcomes from the EU-Kuwait Green Transition Forum held in February, which was organized under the leadership of Kuwait’s Minister of Electricity, Water and Renewable Energy, Dr Sabeeh Al-Mukhaizeem. That forum brought together government officials, research institutions, and private-sector stakeholders to strengthen collaboration on clean energy, climate resilience, and skills development.

Strategic Partnership Framework

The EU Ambassador indicated that negotiations are being prepared for an EU-Kuwait Strategic Partnership Agreement. This formal framework would provide structured foundations for existing cooperation efforts and place particular emphasis on energy sector collaboration, creating pathways for more coordinated and sustained engagement between the two parties.

Key Outcomes and Stakeholder Perspectives

Dina AlNakib, Senior Director of Research and Technology Deployment at KFAS and moderator of the roundtable, emphasized the event’s success in bringing together leading European and Kuwaiti energy stakeholders. She noted that the EU-Kuwait energy roundtable effectively demonstrated the contributions of EU professionals within Kuwait’s energy sector and identified avenues for deepening cooperative efforts.

According to AlNakib, participants highlighted several critical elements necessary for effective energy transition. These included operational excellence, infrastructure readiness, technology deployment, supportive regulatory and investment frameworks, institutional knowledge transfer, and stronger partnerships among government agencies, industry, research organizations, and diplomatic stakeholders.

Learning from EU’s Energy Transition Experience

The EU-Kuwait energy roundtable also showcased valuable lessons from the EU’s own energy transition journey. Speakers highlighted that renewable energy now generates more electricity across the EU than fossil fuels, reflecting the bloc’s substantial restructuring of its energy system over the past decade.

This European experience holds particular relevance for Kuwait as it seeks to expand clean energy deployment and diversify its energy mix. The EU Delegation to Kuwait indicated its commitment to ongoing engagement with Kuwait to advance green transition initiatives. The organization stated that it will continue supporting the development of a more sustainable and resilient energy system through innovation, expertise sharing, and long-term strategic cooperation between the two partners.