The agreement addresses electricity network support by creating structured protocols for coordinated response during emergencies. Rather than guaranteeing immediate power restoration, the cooperation establishes a foundation of preparedness that extends each operator’s capacity when resources face strain during widespread disruptions.

Large-Scale Disruption Response

The electricity network support framework specifically targets situations involving extensive network damage caused by severe storms, extreme snowfall, and other extreme weather phenomena that simultaneously affect multiple power lines and distribution facilities. When such events occur, repair operations demand simultaneous work across numerous areas, requiring assessment and restoration of multiple damaged locations within compressed timeframes.

ESO chief executive Renaldas Radvila emphasized that electricity network resilience has evolved beyond technical considerations.

“Storms in the Baltic states in recent years have shown that the scale of natural events can exceed the capacity available to a single operator,” Radvila noted.

He explained that coordinated planning and mutual reliance during emergencies would enable operators to mobilize resources more effectively and accelerate network repairs during crisis periods. The ability to share experience and coordinate response strategies addresses the reality that individual operator resources sometimes prove insufficient during severe weather events affecting electricity networks across the region.

Shared Baltic Regional Challenges

The Baltic states—Lithuania, Latvia and Estonia—situated along the eastern Baltic Sea coast, encounter comparable electricity network challenges rooted in regional weather patterns.

Sandis Jansons, management board chair and chief executive of Sadales tīkls, noted that closer regional cooperation strengthens preparedness capabilities. He emphasized that electricity network resilience improves through crisis response coordination, expert knowledge exchange, operational process refinement, and infrastructure strengthening benefiting residents and businesses throughout both nations.

Baltic electricity networks face similar weather-related infrastructure risks, establishing regional cooperation as a practical response to shared environmental vulnerabilities. This geographic proximity and comparable challenges create natural circumstances for electricity network resilience improvements through coordinated action.

Assistance Framework and Operational Constraints

The electricity network support structure operates on principles of voluntary participation, best-effort commitment and resource availability. Assistance provision occurs only to the extent that supporting another operator does not compromise the supporting operator’s responsibility to maintain its own national electricity network safety and reliability. Future cooperation mechanisms will be established through separate agreements complying with each nation’s legal frameworks and public procurement requirements.

Updates to Countercyclical and Emergency Support

A primary component of this new policy framework involves revisions to the Countercyclical Support Facility. This mechanism is now tailored to provide targeted assistance to countries experiencing severe economic strain due to energy supply volatility, including unexpected import interruptions or sharp price hikes. Through this initiative, the ADB can expedite budget support, allowing governments to maintain essential public services and protect vulnerable populations during periods of high market stress.

Furthermore, the bank has expanded its Emergency Disaster Financing framework. Previously restricted to addressing infrastructure damage caused by natural disasters, the framework now encompasses energy-related emergencies that do not involve physical destruction. This allows for rapid funding disbursement when specific conditions are met, such as significant surges in fuel import costs or rising inflation directly linked to energy expenses.

Enhancing Assistance for Essential Services

The bank has also modified its Emergency Assistance Lending program to mitigate the impacts of energy instability on livelihoods and critical sectors. Before finalizing financial assistance, the ADB will execute rapid impact assessments to pinpoint the areas of greatest need.

The assessments will prioritize key infrastructure areas, including electricity grids, gas networks, public utilities, and transportation services, helping direct financial support to the sectors with the greatest needs.

These strategic updates to the policy framework reflect the critical role of energy security in maintaining long-term economic stability. The integration of these tools ensures that the Asia-Pacific energy crisis response remains both agile and effective, supporting sustainable development goals even amidst significant external pressures.

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.

The new framework establishes a platform for both regulatory authorities to work more closely while expanding the exchange of information and expertise relating to the oversight of electricity and gas markets. Through this partnership, the two regulators will share technical knowledge and industry best practices covering energy market monitoring, regulatory frameworks, and power system reliability. The collaboration is intended to strengthen energy market regulation by enabling both agencies to respond more effectively to developments across the global energy sector.

The Memorandum of Cooperation also provides for a series of collaborative initiatives, including regular dialogues, technical exchanges, study visits, and the exploration of opportunities for joint research. These activities are designed to enhance regulatory capabilities while promoting continuous learning and cooperation between the two organizations.

Puah Kok Keong said that the global energy landscape is evolving rapidly, making it essential for regulators to keep their policies and practices up to date. He noted that collaboration with Japan would support Singapore in maintaining a well-functioning energy market while ensuring a reliable electricity supply. He also confirmed that further discussions between the two sides would take place during an upcoming regulatory event at the Singapore International Energy Week.

Shared Priorities for Market Oversight

Tatsuya Shinkawa highlighted that Singapore and Japan have many similarities in their energy sectors. Both countries face common challenges in securing stable energy supplies while ensuring that electricity markets remain fair, competitive, and efficient. He said the Memorandum of Cooperation would create valuable opportunities for both regulators to learn from each other’s experiences and improve market oversight.

The agreement underscores the shared commitment of Singapore and Japan to advancing energy market regulation as energy systems continue to evolve. By working together and exchanging expertise on common regulatory challenges, both countries intend to reinforce more resilient energy markets, improve regulatory effectiveness, and strengthen consumer protection while supporting the long-term reliability and sustainability of their power sectors.

Application Timeline and Tender Features

Prospective developers can submit applications for both solar and wind projects beginning 13th October 2026. An important feature of this renewable energy tender involves flexible market access. Upon contract award, renewable energy operators will initially have the opportunity to sell generated power on the open market before transitioning to long-term power purchase agreements. Solar project operators are permitted to engage in open market sales for 60 months following tender signature, while wind operators receive a 72-month window before their power purchase agreement takes effect.

Regional Distribution and Capacity Allocation

The Turkish renewable energy tender distributes projects across multiple YEKAs strategically selected as priority zones for renewable deployment. Solar applications must be submitted for ten distinct YEKAs, with capacity allocation reflecting regional development priorities.

Ankara, positioned as the central focus area, will receive 370MW of new solar capacity distributed across two projects. Mardin and Malatya will each host two new solar installations, with combined capacities of 150MW and 95MW respectively. Kahramanmaraş distinguishes itself as the only YEKA designated for three separate solar photovoltaic projects under this tender cycle.

The wind component of this renewable energy tender encompasses 1.5GW distributed across four YEKAs. Balıkesir YEKA in western Turkey receives the majority allocation, with 685MW of new wind capacity made available for development.

Long-Term Renewable Energy Strategy

“We will continue to hold solar and wind tenders totalling at least 2,000MW every year,” said Bayraktar. He characterized the renewable energy tender as providing new impetus to the nation’s renewable energy sector. The current tender aligns with capacity awards from a previous tender, which distributed 800MW. These allocations support Turkey’s objective to achieve 77GW of operational solar photovoltaic capacity by 2035.

2035 Renewable Energy Targets and Market Deployment

Turkey aims to deploy 120GW of combined solar and wind capacity by 2035.

“We will reach our target of 120,000MW for solar and wind energy, where we have significant potential, in a shorter time than planned for 2035. With the 2026 YEKA tenders, we are opening a new investment period in renewable energy,” Bayraktar said.

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.

The objective of refining the GEA-5 offshore wind framework is to better match auction requirements with actual project development conditions before the auction resumes. According to the DOE, the recalibration process is focused on aligning auction requirements with infrastructure readiness, regulatory processes, transmission capability, and overall project deliverability.

By addressing these areas in advance, the Department seeks to strengthen investor confidence while improving the implementation prospects of awarded offshore wind projects. Given the complexity of offshore wind development, the DOE noted that extensive coordination is required among multiple government agencies and stakeholders. Critical areas under review include port availability and capacity, transmission infrastructure, environmental and tenurial requirements, auxiliary and onshore support facilities, as well as realistic implementation schedules.

DOE Reviews Technical, Regulatory and Infrastructure Requirements

As part of the GEA-5 offshore wind framework recalibration process, the DOE is reviewing several major elements of the implementation framework. These include:

• Alignment of port availability, capacity, scheduling, and utilization with offshore wind project implementation timelines
• Clarification of environmental, tenurial, and other regulatory requirements, including applicable fees and compliance obligations
• Development of appropriate arrangements for auxiliary and onshore facilities that will support offshore wind development.
• The review also covers technical evaluations and transmission capacity simulations to determine the amount and timing of offshore wind capacity that can be reliably accommodated by the power system.
• Strengthening project-readiness validation, delivery schedules, post-auction requirements, award conditions, and establishing clear procedures for supplemental submissions, updated requirements, and revalidation of previously submitted documents where necessary.

The DOE is carrying out these activities in close coordination with concerned government agencies and industry partners, including authorities responsible for ports, environmental permitting, offshore energy development, and transmission planning. The consultations, technical assessments, and simulations will serve as the basis for amendments and supplemental provisions to the GEA-5 Terms of Reference, ensuring that awarded capacities are supported by practical, coordinated, and implementation-ready arrangements.

Once the required technical validation, inter-agency coordination, and amendments to the Terms of Reference have been completed, the DOE will announce the revised auction schedule together with any enhancements to the scope, parameters, and requirements of GEA-5. Prospective bidders, Qualified Suppliers, offshore wind developers, and other stakeholders have been advised to monitor official DOE advisories and announcements for updates on the revised implementation schedule.

The Department reaffirmed its commitment to advancing offshore wind as a central part of the country’s renewable energy strategy, with the enhanced GEA-5 offshore wind framework expected to attract quality investments, safeguard the integrity of the auction process, and accelerate the delivery of reliable, sustainable, and affordable clean energy.

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.

The clean energy trade dialogue has been structured around three key areas of cooperation.

• The first focuses on specific CTIP business cases and flagship projects aimed at turning trade and investment opportunities into concrete outcomes. These opportunities include South Africa’s electricity grid expansion, renewable energy projects, sustainable aviation fuels, critical raw materials, and green hydrogen initiatives.
• The second area covers trade and investment facilitation measures, with the objective of making the business environment more transparent and predictable through the exchange of information on recent regulatory processes and by providing clarifications to industry stakeholders.
• The third area addresses regulatory cooperation on climate and energy, where both partners will work together on regulatory approaches, standards, and implementation frameworks to support the green transition.

CTIP Supports Investment, Supply Chains and Green Transition

The Clean Trade and Investment Partnership introduces a new model of trade engagement that combines competitiveness with climate action by encouraging mutually beneficial cooperation in the clean economy and in critical raw materials. Within this framework, governments are expected to play a key role in creating a supportive regulatory environment that enables investments to expand and achieve their intended impact. South Africa has set ambitious goals for its clean transition, including reforms to its electricity sector and the construction of approximately 14,500 km of new transmission lines over the next decade. As these plans move forward, the CTIP is intended to encourage investment opportunities across clean supply chains while delivering mutual benefits for both the European Union and South Africa.

The clean energy trade partnership builds on earlier milestones between the two regions. In November 2025, the EU and South Africa signed the first Clean Trade and Investment Partnership, establishing a framework to promote mutually beneficial trade, investment, and job creation while supporting decarbonisation and the development of clean supply chains. This form of cooperation is designed to strengthen the EU’s role as a preferred partner for countries committed to the clean transition.

In March 2026, both sides also held the first Business-to-Government dialogue under the Clean Trade and Investment Partnership (CTIP), providing an opportunity to gather business perspectives and priorities for the implementation of the agreement.

Trade Relationship Continues to Expand

South Africa remains the EU’s first CTIP partner and its largest investment partner in Sub-Saharan Africa. Trade flows reached 45 billion euros in 2025, while the EU continues to be the leading investor in South Africa, accounting for more than 40% of foreign direct investment.

Clean Trade and Investment Partnerships were introduced as a new policy tool by European Commission President Ursula von der Leyen in 2024 to support the EU’s decarbonisation and competitiveness objectives as part of the Clean Industrial Deal. As implementation progresses, clean energy trade continues to underpin cooperation between the EU and South Africa across investment, regulatory alignment, and industrial development.

The discussions were confirmed in a statement issued by the press service of the Tajik Ministry of Energy and Water Resources after a meeting between minister Daler Juma and EBRD Head of Office in Tajikistan Holger Wiefe.

The ministry stated, “The sides discussed attracting concessional financing for projects aimed at reducing electricity losses and improving the efficiency of the country’s energy system.”

The meeting also addressed broader cooperation in the energy sector alongside the implementation of major infrastructure initiatives that are expected to support the country’s long-term electricity objectives.

EBRD Continues Long-Term Investment in Tajikistan’s Energy Infrastructure

The EBRD has maintained a significant investment presence in Tajikistan since launching operations in the country in 1992. Over that period, the institution has committed more than €1 billion across over 190 projects, with sustainable infrastructure, energy security and private sector development remaining among its principal priorities. Within the energy sector, the bank has supported electricity transmission and distribution upgrades, hydropower rehabilitation, and projects focused on improving the efficiency of the national grid.

In April 2026, the EBRD approved a financing package of nearly €50 million aimed at reducing electricity losses in Tajikistan. The package consists of an EBRD sovereign loan co-financed by a €15 million European Union grant provided through the Asia Pacific Investment Facility. The project is intended to modernize power distribution infrastructure, install modern equipment and improve grid reliability.

In parallel, the bank is preparing the Kulob Distribution Grid Reinforcement project, which builds upon previous investments in Khatlon Region to enhance voltage stability while further reducing technical losses.

As electricity demand continues to rise alongside major hydropower and transmission investments, power sector funding is playing an increasingly important role in supporting network upgrades. Although Tajikistan generates almost all of its electricity from hydropower, the government is prioritizing modernization of aging distribution networks to reduce losses, improve supply reliability and reinforce the national power system in preparation for increased regional electricity trade through projects such as CASA-1000.