CAMBRIDGE, Massachusetts, le 21 mai 2026 – GE Vernova Inc. (NYSE : GEV) a annoncé aujourd’hui la signature d’une entente définitive visant l’acquisition de Robotech Automatisation (« Robotech »), un intégrateur spécialisé en robotique et en systèmes d’automatisation établi près de Montréal, au Québec (Canada), afin d’accélérer ses capacités en robotique et en automatisation.

Robotech est une entreprise privée qui emploie environ 35 personnes et qui offre des solutions d’automatisation sur mesure grâce à une combinaison de conception interne, d’ingénierie et de capacités d’intégration, soutenues par un réseau de partenaires de confiance dans le domaine de la fabrication.

« Robotech dispose exactement du type de talents spécialisés, de systèmes exclusifs et d’expertise pratique en intégration qui accéléreront ce que nous bâtissons chez GE Vernova en robotique et en automatisation », a déclaré Scott Strazik, chef de la direction de GE Vernova. « GE Vernova s’engage à faire progresser ses capacités dans des domaines essentiels à nos activités et à notre compétitivité. Cette acquisition constitue une étape ciblée et stratégique pour intégrer des talents clés, accélérer nos programmes internes et établir une capacité de déploiement de robotique de calibre mondial au sein de notre Centre de recherche avancée. »

« Nous sommes fiers de la solide équipe talentueuse à l’origine du succès de Robotech ; c’est cette équipe qui a façonné l’entreprise telle qu’elle est aujourd’hui. Le fait de se joindre à GE Vernova, un partenaire d’affaires de longue date dont les valeurs correspondent étroitement aux nôtres, marque un nouveau chapitre stimulant et une occasion importante pour notre équipe », ont déclaré Carl Thibault et Francis Bourbonnais, cofondateurs de Robotech. « La direction de GE Vernova comprend réellement l’importance de l’innovation, de l’automatisation et de la robotique pour demeurer compétitif sur le marché mondial, et nous sommes convaincus que notre équipe s’épanouira en contribuant à cette vision. Cette occasion permettra à nos employés de se développer autant sur le plan technique que personnel au sein d’une grande organisation solide qui offre des possibilités d’avancement significatives et des projets hautement novateurs. »

La transaction proposée viendrait soutenir les efforts en cours en robotique et en automatisation au sein du Centre de recherche avancée de l’entreprise en vue d’un déploiement dans la chaîne d’approvisionnement de l’entreprise afin d’améliorer les résultats en matière de sécurité, de qualité, de livraison et de coûts. La transaction appuie également la stratégie d’allocation du capital de GE Vernova, qui comprend des fusions et acquisitions ciblées et stratégiques.

GE Vernova et Robotech collaborent déjà sur des projets actifs au sein de la chaîne d’approvisionnement de GE Vernova, notamment dans les usines de la société à Schenectady, dans l’État de New York, et à Charleroi, en Pennsylvanie.

Bien que les modalités financières de l’acquisition ne soient pas rendues publiques, la transaction devrait être conclue au début du troisième trimestre de 2026, sous réserve de certaines conditions de clôture.

La présence de GE Vernova au Canada s’étend sur plus de 130 ans. Aujourd’hui, plus de 2 400 employés répartis dans six établissements de fabrication et bureaux contribuent à façonner l’avenir énergétique du pays. Dans toutes les régions, nous appuyons nos clients avec des solutions de bout en bout en matière de production d’électricité, de transport, de conversion, de stockage et d’orchestration du réseau, notamment en construisant, avec Ontario Power Generation à Toronto, le premier petit réacteur modulaire du monde occidental. Nos technologies permettent actuellement de produire environ 43 % de l’électricité du Canada, alimentant ainsi les collectivités, les industries et un avenir énergétique plus résilient pour les générations à venir.

Site web en anglais: https://www.gevernova.com/ca 
Le site français: https://www.gevernova.com/ca/fr 

As artificial intelligence scales, so does the challenge of powering it. New data centers demand more advanced power and control systems that reliably deliver massive quantities of energy. Researchers are developing flexible, efficient infrastructure designed for the next generation of computing.

NISKAYUNA, NY (November 17, 2025) – GE Vernova (NYSE: GEV) hosted an exclusive sneak peek of its Advanced Research Center located on Balltown Rd. in Niskayuna, NY, on November 17th, 2025.

This special event offered an opportunity for attendees to experience facilities that will house advanced research and technology intended to support the future of energy. Set for a grand opening in 2026, attendees of the sneak peek were among the first outside GE Vernova to tour these exciting facilities and witness demos of some of the promising research technologies that will be housed there.

Accelerated with an investment of more than $105 million from GE Vernova and the State of New York, the GE Vernova Advanced Research Center is a key part of GE Vernova's innovation strategy, and the expansion of these facilities is an important milestone in the company's plan to create a dedicated energy technology research campus. This expanded footprint will enable the creation of new, high-tech laboratory spaces and create 75 new research positions in New York.

The construction and expansion of this center will further enable GE Vernova to bring leading talent and organizations to the Capital Region of New York State to collaborate on energy technologies with the potential for broad impact. The GE Vernova Advanced Research Center is focused on developing transformative technologies across the energy landscape, and showcased three distinct research and development technologies during this event which will be embedded at the site:

• Carbon capture technology: An experimental Direct Air Capture (DAC) system already installed in Niskayuna designed to capture up to 10 tons of carbon dioxide from the air every year.
• Wind turbine manufacturing technology for quality: Advanced robotics and artificial intelligence technologies improve the manufacturing process for wind turbine blades.
• AI for the Grid: Zonal autonomous grid control, an AI-powered technology that enables timely optimization and control of the power grid to support efficient, resilient, and renewable energy integration by autonomously managing energy distribution and improving grid forecasting.

The company's Advanced Research Center is a hub for innovation, where leaders from industry, government, and academia come together to develop and deploy new technologies designed to shape the future of energy. The Advanced Research Center also collaborates with, invests in, and develops new startups and spin-out companies through its diverse technology portfolio. With these expanded and enhanced laboratories and meeting spaces, GE Vernova is positioned to host leaders and innovators from around the world, placing it at the center of a global network of innovation and collaboration in the Capital Region.

"We are thrilled to be expanding our Advanced Research Center in Niskayuna, and we believe that this investment will have a significant impact on the local economy and the global energy landscape," said David Vernooy, Vice President of Advanced Research at GE Vernova. "By bringing together the best and brightest minds from around the world, we are creating a unique innovation ecosystem that will drive the development of new technologies and solutions that can change the world. With these world-class laboratory and workspaces, we’re positioned to attract strong talent and drive energy technology innovation."

The newly expanded and renovated space spans approximately 50,000 square feet of lab and workspace, along with approximately 56,000 square feet of experiential patio space for outdoor work and social activity, providing a unique and collaborative environment for researchers and industry partners to engage on the future of energy technology. This dynamic environment makes it an ideal destination for professionals looking to work on important technologies and make an impact on the future of energy.

Advanced Research teams plan to fully occupy and utilize the space by April of 2026, with a planned Grand Opening ceremony in summer of 2026.

Veena P. has learned in her 14 years at GE Vernova that earning patent recognition for her inventions isn’t a matter of waiting for lightning to strike. Instead, the technology manager in electrical systems at GE Vernova’s Advanced Research Center in Bengaluru, India, has developed a systematic process that has helped her successfully register 30 patent applications so far, with more in the works all the time. Her innovations support GE Vernova’s mission to accelerate the energy transition, making power systems more efficient and reliable.

Let’s say you’re a developing country whose power grid is saddled with inefficient oil-fired power generation and you need to electrify quickly to meet the needs of a fast-growing economy. You might build out your solar, wind, battery storage, natural gas, or all of the above — but who can you call for help and advice?

NEW YORK CITY (September 24, 2025) – GE Vernova and Deep Sky, the world’s first technology-agnostic carbon removal project developer, announced an agreement to deploy GE Vernova's Direct Air Capture (DAC) technology at Deep Sky Alpha in Alberta, Canada. GE Vernova's technology will be capable of capturing up to 1,500 tons of carbon per year. With operations scheduled to begin by late 2026, Alpha will deploy GE Vernova’s proprietary solid sorbent technology, developed and rigorously tested at the company’s Advanced Research Centers.

Located in Innisfail, Alberta, Deep Sky Alpha is the world’s first cross-technology carbon removal hub which became operational in August 2025.

“We are excited about this first-of-its-kind collaboration, which marks an important step in advancing GE Vernova’s scalable, energy-efficient DAC solutions,” said Brian Moran, Executive Director of GE Vernova’s DAC program. “While the technology and industry are still emerging, collaborations like this, built on shared ambition and complementary strengths, have the potential to transform the future of carbon removal.”

GE Vernova DAC solutions couple innovative technology with resilient global supply chains that enable rapid deployment, as well as integrated systems engineering that improves energy use, harnesses waste heat, and ensures reliable operations at scale.

To further support the success of the Deep Sky Alpha project and future deployments, GE Vernova recently commissioned a 10-ton per year DAC test facility at their Advance Research Center in Niskayuna, New York. This system will play a pivotal role in demonstrating the capabilities of both the sorbent materials and the overall DAC technology, building confidence in its reliability and performance at the pilot stage and laying the groundwork for successful commercial-scale deployment.

“Deep Sky is the only place in the world offering end-to-end deployment, operations, renewable power and CO2 storage for DAC technologies, all in real world conditions,” said Alex Petre, CEO of Deep Sky. “GE Vernova entering this space underscores the growing momentum and urgency for DAC as a climate solution. We’re proud to welcome their unit to Deep Sky Alpha and to serve as the proving ground that sets the pace for the industry’s growth.”

The collaboration between Deep Sky and GE Vernova represents an important first step in deploying this innovative technology at speed and scale. It sets the foundation for future commercial-scale DAC projects in Canada, and internationally, as both organizations focus on the scale-up and industrialization of these solutions.

Together, GE Vernova and Deep Sky are committed to developing and deploying cutting-edge carbon dioxide removal (CDR) technologies. High-quality CDR is essential for achieving emissions goals. DAC removes carbon dioxide (CO₂) directly from the atmosphere using chemical processes. Unlike capturing emissions at their source (like power plants or industrial facilities), DAC removes CO₂ from ambient air, which makes it useful for addressing residual emissions and emissions from sources that are hard-to-abate, such as aviation, shipping, or heavy industry.

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About Deep Sky
Montreal-based Deep Sky is the world's first tech-agnostic carbon removal project developer aiming to remove gigatons of carbon from the atmosphere and permanently store it underground. As a project developer, Deep Sky brings together the most promising direct air and ocean carbon capture companies under one roof to bring the largest supply of high quality carbon credits to the market, commercializing and catalyzing carbon removal and storage solutions like never before. With $130M in funding, Deep Sky is backed by world class investors including Investissement Québec, Brightspark Ventures, Whitecap Venture Partners, OMERS Ventures, BDC Climate Fund, Breakthrough Energy Catalyst, BMO, National Bank of Canada, and more. For more information, visit deepskyclimate.com.

Like many science-obsessed kids in the 1990s, William Tan wanted to be an astronaut when he grew up. Then came a reality check. “I realized I wasn’t a citizen of a country that sent people to space,” says Malaysian-born-and-raised Tan, who is now senior robotics and autonomous systems engineer at GE Vernova’s Advanced Research Center in Niskayuna, New York.

American author and activist Helen Keller once observed that “optimism is the faith that leads to achievement.” Could optimism itself, therefore, be harnessed as a strategy? GE Vernova thinks so. At just one year old, the standalone energy technology company is remaking itself into a key player in the global energy transition.

Foundational repositories like the ArcGIS Living Atlas of the World and the NOAA’s World Weather Records serve as libraries rich with the critical data used to analyze trends and forecast possible futures by multiple industries across the world. As we head into electricity’s expansive golden age, our knowledge base requires a similar specialized collection: intelligence and fine detail on global power systems.

Before being accepted to the Indian Institute of Science, Rajib Datta contemplated a career as a fine artist. “I was good at math and physics, so I knew engineering or science was probably in my future,” he says. But he felt equally adept in the field that he’d pursued since childhood. A natural draftsman and painter, Datta still executes figurative works and sketches today, and now senses a resonance between visual art and his pioneering work with GE Vernova in the field of power electronics.