In preparation for Indo Water, Indo Waste & Recycling, Indo Renergy &
Electric, Indo Security, Indo Firex, and Indonesia International Smart City 2026 Expo & Forum, PT  Napindo Media Ashatama (Napindo) successfully held a Technical Meeting on Wednesday (15/07/2026) with exhibitors, partners, venue representatives, and related stakeholders. The meeting marked an important part of the preparation series leading up to the exhibition, which will take place on 11–13 August 2026 at JIExpo Kemayoran, Jakarta, Indonesia.

Entering its milestone 20^th edition and marking 25 years of continuous contribution to the industry, Indo Water 2026 continues to drive the advancement of Indonesia’s water and wastewater sector. The exhibition has established itself as the industry’s must-attend exhibition and a one-stop destination to foster business collaboration and industry development.

The event began with an opening remark by Managing Director of Napindo, who expressed appreciation for the enthusiasm and participation of attendees at the Indo Water 2026 Expo & Forum Technical Meeting.

“For more than two decades, Indo Water has grown into one of Southeast Asia’s premier industry events, consistently contributing to Indonesia’s economic growth. With the strong support and collaboration of our exhibitors, government institutions, associations, and partners, we are confident this year’s exhibition will deliver greater opportunities for collaboration, innovation, and sustainable growth across the water, wastewater, waste & recycling, renewable energy & electric, security, fire protection, and smart city sectors.”

Following the opening remarks, the event continued with a technical briefing session presented by Adhika Arthapaty, Operation Director of Napindo. Through this session, Napindo provided detailed explanations and guidelines regarding the administrative and technical requirements that must be fulfilled by exhibitors prior to and during the exhibition. Napindo also reaffirmed its commitment to delivering a professional and high-quality exhibition that provides the best experience for all exhibitors, partners, and visitors.

As the pioneer of international water and wastewater industry exhibitions in Indonesia, Indo Water continues to provide a strategic platform that brings together industry players, government institutions, associations, academics, professionals, and investors. Through this event, stakeholders are able to expand business networks, exchange insights, introduce innovations, and build strategic partnerships.

Bringing together six of Indonesia’s leading and most prominent international exhibitions, this homegrown initiative reflects the capability of Indonesian organizers to deliver world-class international events. As Indonesia’s No.1 International Water, Wastewater, Waste & Recycling, Renewable Energy & Electric, Security, Firex, and Smart City Industry Technology Event, this integrated exhibition showcases comprehensive technologies, innovations, and solutions across six strategic sectors under one roof.

Indo Water 2026 is set to welcome 700 exhibitors from 30 countries, including 12 country pavilions. The exhibition has already received strong international interest, with countries including Indonesia, Australia, China, Germany, Italy, Japan, Malaysia, Singapore, South Korea, Türkiye, the United States, and many others confirming their participation. Napindo also expects to welcome 17,000 professional visitors over the three-day event. Visitors will have the opportunity to explore the latest technologies and innovations while gaining valuable insights from industry experts on current challenges and emerging solutions that drive the advancement of the water and wastewater industry.

With increasing participation from a wide range of stakeholders and global industry players, Napindo remains optimistic that Indo Water 2026 Expo & Forum will serve as an important momentum to strengthen investment, expand business collaboration, and accelerate the transformation of Indonesia’s water and wastewater industry into a more competitive sector on the global stage.

The certifications span three internationally recognized management system standards: International Organization for Standardization (ISO) 9001:2015 for Quality Management Systems, ISO 14001:2015 for Environmental Management Systems, and ISO 45001:2018 for Occupational Health and Safety Management Systems.

“These certifications show how MGEN is strengthening governance across its generation portfolio. As we grow both our renewable and thermal businesses, we are making sure that our assets are operated under clear, consistent, and internationally recognized standards,” said MGEN President and CEO Emmanuel V. Rubio.

Raising the Standard Across Renewable Operations

Six certified solar facilities across Luzon now operate under a single, third-party-validated management framework that meets international standards for quality, environmental performance, and occupational health and safety. MGEN Renewable Energy, Inc. (MGEN Renewables) has been awarded Triple ISO Certification by TÜV SÜD Philippines – covering its head office and solar facilities in Nueva Ecija, Rizal, Bulacan, Isabela, Batangas, and Tarlac.

The scope of this certification reflects the organizational depth behind MGEN Renewables’ operations. Bringing a geographically distributed portfolio under a unified, certified management framework demonstrates that the company’s expansion has been matched by the institutional systems required to govern it responsibly.

“For MGEN Renewables, this certification is an important step as we scale our solar portfolio. It confirms that our head office and plant teams are working under one system with the same expectations for quality, environmental management, and workplace safety across all certified sites,” said MGEN Renewables President and CEO Dennis B. Jordan.

That discipline applied across renewables is not a feature of MGEN’s newer businesses alone. The same commitment to certified operational standards defines how MGEN’s thermal assets are run.

Sustaining the Standard Across MGEN Thermal

Cebu Energy Development Corporation (CEDC), Toledo Power Co. (TPC), Panay Energy Development Corporation (PEDC), and Panay Power Corporation (PPC) renewed their certifications across ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018. MGEN Thermal Energy, Inc., (formerly Global Business Power Corporation), also renewed its ISO 9001:2015 certification.

The recertifications cover MGEN Thermal’s baseload plants serving key load centers in Cebu, Iloilo, and nearby areas. These assets continue to support reliable power supply for communities, businesses, and the grid.

The renewed certifications also support MGEN Thermal’s ongoing Best-in-Class program, which aims to strengthen fleet-wide discipline through more consistent systems for operations, process management, supply chain, capital planning, and people development. The program is designed to drive more structured performance management across its assets, stronger leadership accountability, and repeatable operating practices across the fleet.

“For MGEN Thermal, these recertifications reflect the discipline required to operate facilities that support key load centers in the Visayas. These plants play an important role in providing reliable supply, and maintaining these standards helps ensure that we continue to operate responsibly and consistently,” said MGEN Thermal President and CEO Arnel L. Santos.

One Portfolio, One Standard

The ISO certifications across MGEN Renewables and MGEN Thermal support MGEN’s broader commitment to responsible operations as it continues to strengthen its diversified power generation portfolio.

Through certified management systems across its renewable and thermal assets, MGEN continues to align its operations with international standards while supporting the country’s need for a more reliable, affordable, and sustainable power.

Integrated Conference to Unite Global Nuclear Leadership

The World Nuclear Supply Chain Conference 2026 and the Philippine International Nuclear Supply Chain Forum 2026 will operate as a unified event, creating a comprehensive platform for stakeholders to converge. The conference is expected to attract policymakers, regulators, utilities, reactor vendors, engineering and construction firms, manufacturers, suppliers, financiers, research organizations, and international institutions. This consolidated approach aims to strengthen the country’s positioning within the regional nuclear supply chain while opening pathways for nuclear energy investment opportunities.

Aligning with National Nuclear Energy Targets

The Department of Energy’s initiative directly supports the Philippine Energy Plan‘s ambitious nuclear capacity goals. Under the strategic roadmap, the nation aims to develop 1,200 megawatts of nuclear capacity by 2032, expand to 2,400 megawatts by 2035 and reach 4,800 megawatts by 2050. These targets represent a comprehensive pathway toward meeting the country’s growing energy demands through clean, reliable power generation.

Philippines’ Energy Secretary Sharon S. Garin emphasized the importance of the partnership in advancing these national objectives.

“The Philippines is pleased to partner with the World Nuclear Association to convene this integrated event in Manila. As ASEAN countries explore sustainable pathways to meet growing energy demand, cooperation on policy, skills, investment, and supply chain capability will be essential,” Garin said.

Addressing Practical Requirements for Nuclear Expansion

The conference program is designed to address the multifaceted challenges involved in scaling from individual projects to full-scale nuclear programs. Participants will engage with topics including industrial readiness assessment, vendor development strategies, project delivery risk mitigation, financing mechanisms, localization initiatives, and ASEAN supply chain integration approaches.

Beyond formal presentations, the event will feature dedicated networking sessions and business-to-business meetings. These interactions provide international vendors with direct access to regional stakeholders, facilitating the identification of partnership opportunities and supply chain capabilities necessary for successful project execution.

Building Resilient Global Supply Networks

The World Nuclear Association’s Director General Sama Bilbao y León said, “The expansion of nuclear energy will be delivered through strong regional partnerships and resilient global supply chains.”

“By partnering with the Philippines Department of Energy, we are creating a single platform that brings international expertise together with ASEAN’s priorities for industrial development, clean energy, and energy security. This partnership will help turn ambition into practical collaboration across the full nuclear value chain,” he added.

Zoë Yujnovich, Chief Executive of National Grid, said: “Our investment in Joulent is a disciplined, partner-led investment in contracted critical infrastructure for the AI-driven large load economy. Through National Grid Ventures, we are gaining exposure to a major source of electricity demand growth with strong partners. It extends National Grid’s core strengths of investing in long-duration infrastructure with predictable cash flows and attractive risk-adjusted returns.”

Chris James, Founder and CEO of Joulent, said: “This investment from National Grid Ventures strengthens Joulent’s ability to deliver reliable, large-scale power on the timelines AI infrastructure and advanced industry now requires. We are building an independent company designed for speed, scale and execution, without shifting the cost of that growth onto local communities while also providing tailor-made and cost competitive solutions for our customers.”

Understanding the Market Demand

Growing electricity consumption from data centers and other power-intensive operations has created a substantial gap between demand and available supply through traditional grid connection methods. Organizations increasingly require dedicated, scalable power systems that can be deployed on accelerated timelines, often exceeding what conventional grid infrastructure can accommodate..

Joulent’s Comprehensive Approach

Joulent has established capabilities and resources specifically designed to create integrated  power solutions for U.S. large load customers, including prominent data center operators.

The platform incorporates co-located gas generation facilities, advanced battery storage systems, renewable energy integration, and proprietary “Across-the-Meter” grid connection technology. This comprehensive model enables rapid scaling to accommodate near-term large load demand while supporting sustainable economic growth and limiting costs borne by existing local communities. The system is engineered to facilitate a longer-term transition pathway to  grid connectivity

Project Kilby: Foundation for Growth

The investment will facilitate development of Joulent’s flagship initiative, Project Kilby, structured as a 50/50 partnership with Chevron Corporation. This 2.67 gigawatt co-located power facility, located in West Texas, will supply dedicated electricity to a data center operation under a 20-year power purchase agreement.

The project has advanced significantly in its development stage. Critical equipment procurement, including GE Vernova turbines, has been secured, and essential EPC capacity has been reserved. The initiative targets initial power delivery during 2028.

Broader Partnership Benefits

Beyond capital investment, National Grid Ventures brings operational expertise that strengthens Joulent’s capabilities. This includes deep knowledge of high-voltage network systems, technical integration and load balancing, infrastructure development methodologies, and project execution expertise accumulated across decades of energy infrastructure operations.

The collaboration is expected to enhance National Grid’s existing data center connection program, which projects connecting more than 10 gigawatts of demand across United Kingdom and United States markets within the next five years.

The planned investment is in addition to National Grid’s current five-year capital investment programme of at least £70 billion (approximately $90 billion) through 2031. Funding will be provided through the Group’s available balance sheet capacity, while a final investment decision is anticipated in 2026. The move underscores the company’s measured, long-term strategy to help develop and support future energy systems.

On 1st July 2026, SK Group confirmed that it had signed a share investment agreement with a fund managed by KKR for the integrated renewable energy business. As part of the transaction, SK Innovation, SK Ecoplant and SK Discovery are transferring their renewable energy operations and related shareholdings to KKR. The combined business, which will operate under the tentative name ‘HoldCo’, is expected to be formally launched before the end of this year. Once established, the renewable energy company will begin with approximately 1.7GW of capacity and has outlined plans to increase that figure to 10GW by 2031.

Explaining the significance of that target, SK Group stated, “10GW is sufficient to power 100 units of 100MW-scale data centers without interruption. This positions the entity as a key clean energy supplier for AI data centers and global semiconductor production lines.”

KKR to Hold Majority Stake as Capacity Targets Grow

Under the ownership structure agreed by the two parties, KKR will own 51% of the integrated entity, while SK Inc. will retain the remaining 49%. KKR will initially exercise management control, although SK Group has indicated that future discussions could address the possibility of obtaining management rights. The newly formed renewable energy company will consolidate SK Group’s renewable energy portfolio, excluding hydrogen, and will encompass solar power, onshore and offshore wind projects, fuel cells, and ESS assets.

According to SK Group, the purpose of combining these businesses is to centralize development, construction, operation, and maintenance functions currently dispersed across subsidiaries, reducing redundant investments and achieving economies of scale. Industry observers view the latest move as part of a broader pattern of investments and restructuring initiatives by SK Group spanning AI, semiconductors, and renewable energy sectors, all of which align closely with government development priorities.

KKR brings significant experience to the partnership. The investment firm manages more than 100 billion dollars in infrastructure assets globally and has invested around 31 billion dollars (48 trillion Korean won) in renewable energy infrastructure since 2011. During the past five years, the firm has also committed multi-trillion-won investments to South Korea’s environmentally focused energy and AI infrastructure sectors. Looking ahead, SK Group intends to utilize KKR’s international network to pursue overseas power opportunities, lower costs through joint procurement of power facilities, and improve operational efficiency through integrated management of the combined business.

Industry Gathering Highlights Market-Ready Clean Energy Solutions

The smarter E Europe 2026 concluded with a strong industry message that renewable energy technologies are now central to the future energy landscape. Over three days, Europe’s largest alliance of exhibitions for the energy industry brought together technology providers, policymakers, energy experts and industry stakeholders at Messe München to showcase commercially available solutions designed to support a more sustainable, resilient and cost-effective energy system.

The event attracted 2,650 exhibitors from 52 countries, with more than 66 percent of participants coming from outside Germany. Many exhibitors expanded their booth space compared with the previous year, reflecting growing market confidence and increasing investment across the renewable energy value chain. Exhibitors showcased a broad range of technologies, including virtual power plants, smart grid and load management systems, smart charging infrastructure, energy storage technologies, PV hybrid systems and digital platforms that enable transparent and flexible energy flow management.

The technical programme of the smarter E Europe commenced ahead of the exhibition with four specialist conferences held on 22nd and 23rd June 2026. Together with side events, the programme attracted more than 3,000 participants for discussions focused on technology advancements, market developments and emerging opportunities across the energy sector. Meanwhile, approximately 105,000 trade visitors from 163 countries attended the exhibition to explore new solutions, establish partnerships and gain insights into future energy systems.

Renewable Energy Ecosystem Demonstrates Industry Readiness

The event, which combines four exhibitions Intersolar Europe, ees Europe, Power2Drive Europe and EM-Power Europe under a single platform, highlighted the maturity of renewable energy technologies and business models already available in the market. Across 19 exhibition halls and the Outdoor Area, exhibitors demonstrated solutions aimed at accelerating energy transition objectives while supporting grid stability and operational efficiency.

Energy expert and author Dr. Tim Meyer said, “We are in the midst of a global transformation toward a completely new energy system. We cannot stop this revolution and must seize all the opportunities that exhibitors have shown us.”

A key attraction at The smarter E Europe was the special exhibit, Renewables 24/7 – Secure Energy for a Changing World. The showcase illustrated how future energy systems are expected to become increasingly electrified, decentralised, digitalised and flexible. The exhibit also demonstrated how energy in the future will be supplied through millions of interconnected systems and not just a handful of power plants..

Flexibility Emerges as a Core Component of Future Energy Systems

Industry leaders highlighted flexibility as a critical enabler of renewable energy integration. Visitors were shown how solar and wind generation can contribute to lower electricity costs and how buildings and electric vehicles can evolve from passive consumers into active participants within the energy ecosystem.

Commenting on this trend, Bastian Gierull, CEO of Octopus Energy Germany GmbH, said, “The smarter E Europe and the special exhibit Renewables 24/7 showed that the energy transition needs one thing above all else: flexibility. Only if we store and manage electricity intelligently and use it precisely when it is particularly affordable and green, can we create an energy system that is affordable for customers and still good for the grid.”

“At the same time, it highlighted the important role of electric vehicles – and, looking ahead, bidirectional charging – as flexible storage solutions in a renewable energy system,” he added.

Industry Leaders Emphasise Economic and Strategic Benefits

The exhibition also focused on the broader economic and strategic value of renewable energy deployment. Discussions highlighted the ability of renewables to strengthen energy security, reduce dependence on imported fossil fuels and support long-term economic resilience. Germany generates 60% of its electricity from renewable sources.

Markus Elsässer, founder and CEO of Solar Promotion GmbH, said, “Fossil fuels are a thing of the past; the future clearly belongs to renewables. Over the three days of the exhibition, we demonstrated through practical examples and scientific evidence that renewables provide reliability, resilience and efficiency while making economic sense. That is why the path toward a renewable future must be pursued consistently. There can be no turning back.”

Jens Mohrmann, Managing Director of Freiburg Wirtschaft Touristik und Messe GmbH & Co. KG (FWTM), added, “This year, with our focus on Renewables 24/7, we addressed the right topic at the right time. We have shown that we are thinking ahead and helping shape the future.”

The event also highlighted the economic opportunities associated with renewable energy deployment, including job creation, industrial competitiveness and energy cost reductions. Policymakers and industry representatives participating in panel discussions noted growing societal support for the energy transition and its increasing relevance to economic growth, resilience and national security.

Looking Ahead to The smarter E Europe 2027

The significance of the smarter E Europe was reflected in the participation of senior government representatives and regulatory leaders, including Rita Schwarzelühr-Sutter, Parliamentary State Secretary at the Federal Ministry for the Environment, Climate Action, Nature Conservation and Nuclear Safety (BMUKN), Bavarian State Minister Hubert Aiwanger, and Barbie Haller of the German Federal Network Agency.

As Europe’s largest alliance of exhibitions for the energy industry, the smarter E Europe brings together Intersolar Europe, ees Europe, Power2Drive Europe and EM-Power Europe. The next edition will be held at Messe München from 8th to 10th June 2027.

For more information on the event, visit https://www.thesmartere.de/.

Under the terms of the lead-cooled AMR MoU, the two organizations will work together to optimize the electrical and grid integration design for Blykalla’s specific reactor types. This comprehensive scope includes transmission-level connections, on-site electrical architectures, and advanced digital monitoring systems. Furthermore, the agreement allows Hitachi Energy to incorporate its technical offerings into a standardized solution for small modular reactors.

Focusing on Grid Integration and Industrial Demand

The primary focus areas of this partnership involve creating conceptual designs for network integration and developing digital tools for both the construction and operational phases of nuclear facilities. By prioritizing grid integration, the companies intend to provide a combined offering for clients with high, constant power requirements. This is particularly relevant for energy-intensive industries and data centers.

As the electrification of transport, industry, and general society accelerates, there is an urgent need for stable baseload power sources that can complement intermittent renewable energy. Advanced modular reactors are positioned to fill this gap, providing a secure and carbon-free energy source. The collaboration between these two entities seeks to accelerate the commercialization of these lead-cooled AMR solutions, specifically targeting markets across Europe and the United States to build more resilient sustainable energy systems.

Innovation in Lead-Cooled Technology

Blykalla’s approach to next-gen nuclear technology utilizes lead-cooled technology, which is further enhanced by proprietary materials innovation. The company has developed patented aluminum alloyed steels capable of withstanding the corrosive properties of liquid lead. This breakthrough is a vital component in making lead-cooled fast reactors commercially viable. The technology is rooted in proven concepts and has been further refined through extensive research and innovation initiatives.

Executive Perspectives on the Collaboration

Tobias Hansson, Country Managing Director of Hitachi Energy Sweden, said, “By combining Blykalla’s innovative reactor technology with our expertise in electrification, we can help enable solutions that support industrial growth and the broader energy transition.”

Jacob Stedman, CEO of Blykalla, “Hitachi Energy’s expertise in electrification makes them a strong partner to help bring our technology to market, and positions us to meet the growing global demand for clean, reliable power.”

The meeting served as a preliminary discussion ahead of the launch of a public-private consultative body for floating solar power, which is scheduled to begin operations in the second half of the year. The initiative follows last year’s industry meeting, during which private-sector participants highlighted the need for a formal communication channel to facilitate regular discussions on policy and industry-related matters. As part of its broader renewable energy strategy, K-water plans to expand renewable energy facilities utilizing water infrastructure to 10GW by 2030. Of the total planned capacity, 6.5GW is expected to be developed through floating solar power projects. The corporation identified the reduction of administrative and technical challenges during project execution, along with stronger public-private cooperation, as critical priorities for achieving these objectives.

Industry Stakeholders Review Policy Trends and Project Progress

Representatives from organizations including the Ministry of Climate, Energy and Environment and Korea Energy Agency participated in the meeting. The event also brought together manufacturers supplying modules, floaters, and transformers, as well as companies specializing in design, construction, and supervision services. During the session, Korea Water Resources Corporation presented updates on the status of its floating solar power projects and ongoing research and development activities. Korea Energy Agency also provided attendees with information on recent policy developments, including changes related to the restructuring of the renewable energy supply system.

Discussions Focus on Costs, Investment and Supply Chain Stability

A subsequent discussion examined several challenges affecting the sector. Participants addressed increasing project costs linked to higher raw material prices, the influence of changes in the policy environment on private investment and R&D activities, and approaches aimed at strengthening supply chain stability. Attendees also outlined key issues that should be prioritized by the public-private consultative body once it is formally established later this year. In addition, views were exchanged regarding the structure and operational framework of the organization.

K-water stated that the feedback gathered during the meeting will be reflected in the establishment and operation of the consultative body, with the objective of creating an effective cooperation system for the industry.

Bongkeun Oh, Head of the Renewable Energy Division at Korea Water Resources Corporation, stated, “To expand the adoption of floating solar power, a cooperative system in which public institutional support and private technological capabilities are organically combined is essential.”

“We will continue to engage directly with the field to ensure that the public-private consultative body launching in the second half of the year operates as a practical platform for regulatory improvement and enhancement of industrial competitiveness,” he added.

The deal supports what has been described as the largest privately contracted hybrid renewable energy project in South Africa to achieve financial close. Through the combination of utility-scale solar generation and battery storage capacity, the Naos-1 renewable energy project is designed to deliver dispatchable renewable electricity to businesses throughout the country.

Integrated Solar and Battery Storage Development

The project is located near Viljoenskroon in South Africa’s Free State province and will bring together 300 MW of solar photovoltaic generation and 660 MWh of battery storage. By integrating these technologies, the project aims to provide reliable renewable power while addressing the variability often associated with renewable energy generation and contributing to grid stability.

Under the agreement, Envision Energy will draw on its vertically integrated BESS capabilities across the entire value chain. The company will provide technical support throughout the lifecycle of the energy storage system, covering design, manufacturing, operation and maintenance activities. Envision Energy stated that its battery technology, together with its AI-powered energy management system, will be deployed to optimize system performance and enhance operational reliability for the Naos-1 renewable energy project.

The arrangement also includes a 25-year Long-Term Service Agreement between Envision Energy and SOLA Group. This agreement covers ongoing operation and maintenance services for the battery storage system, supporting the long-term operation of the project.

Partners Outline Benefits of the Project

Commenting on the development, John Lee, General Manager of Asia & Africa Markets at Envision Energy, said, “Naos-1 demonstrates how integrated renewable and storage solutions can redefine the future energy systems, delivering not only clean power, but also reliability, flexibility, and economic value at scale.”

“Envision is proud to support this landmark project and to work alongside leading partners to accelerate the transition toward a more sustainable energy future in South Africa and across emerging markets,” he added.

Ian Burger, Managing Director of SOLA Build at SOLA Group said,”Across South Africa and beyond, businesses are seeking energy solutions that balance sustainability, reliability, and cost-effectiveness. Naos-1 reflects a new generation of energy infrastructure, one that is flexible, scalable, and aligned with the needs of modern power markets.”

“Through collaboration with strong technology partners like Envision Energy, we are helping to unlock new pathways for private-sector participation and advancing the development of a more resilient and future-ready energy system,” he added.

Agreement Follows Regional Expansion Move

The agreement was announced only days after Envision Energy launched its first Cape Town office. According to the company, the new office will operate as Envision Energy’s regional hub for Southern Africa, supporting expanding activities in wind power, battery energy storage systems (BESS), and integrated renewable energy solutions.

This CO2 battery storage project represents a continuation of the partnership established last year between the two companies, aimed at scaling sustainable power systems globally. The announcement follows a 19 MW/200 MWh battery project collaboration in Arizona.

Converting Surplus Generation into Dispatchable Power

As nations integrate higher levels of renewable energy resources into their networks, the necessity for long-duration energy storage has become a critical priority. While wind and solar assets often produce excess energy during peak conditions, this power can be lost without effective storage solutions. Ireland has targeted an 80% renewable electricity share by 2030, identifying large-scale storage as a vital component for maintaining a consistent supply.

The CO2 battery storage project is situated near Rhode, a strategic point on the national grid that serves the greater Dublin area. Although the region is rich in renewable energy resources, existing grid congestion often restricts the full output of local wind and solar farms. The CO2 Battery system is intended to alleviate these constraints by storing excess energy, thereby reducing the requirement for expensive infrastructure upgrades and supporting more resilient sustainable power systems.

“We are proud to work with Google on a project that strengthens grid reliability and unlocks the path to 24/7 carbon-free energy in Ireland,” stated Claudio Spadacini, Founder and CEO of Energy Dome.

Industrial Site Transformation and Technology Specifications

The facility will be constructed on the grounds of a decommissioned peat-fired power plant, repurposing land formerly used for fossil fuel production. Unlike traditional lithium-ion systems, this energy storage technology utilizes carbon dioxide and standard industrial components. Energy Dome maintains that this methodology enhances supply chain stability while providing the necessary capacity for utility-scale applications.

Project Timeline and Future Expansion

The development has already obtained necessary land rights, planning permissions, and a grid connection. Furthermore, it has secured a 10-year capacity contract from EirGrid, the state-owned transmission system operator. The facility is scheduled to begin commercial operations in 2028. Energy Dome has also indicated plans to install a second 200 MWh unit at the Rhode site, establishing a significant energy storage hub in the Irish Midlands.

“At Google, we are committed to catalyzing next-generation energy technologies to bolster grid resilience and introduce critical storage capacity to the system,” said Vanessa Hartley, Head of Google Ireland.