GE Vernova: What is AI's Role in The Energy Transition?

Rising electricity demand and emission reduction targets are shaping how energy companies develop infrastructure.

GE Vernova's 2025 Sustainability Report outlines progress across power generation, technology deployment and operational efficiency.

The focus is on AI integration, digital innovation and how data infrastructure is influencing energy strategy.

The company's approach demonstrates how traditional power generation is evolving to meet contemporary challenges.

With global electricity consumption patterns shifting rapidly, energy providers are deploying increasingly sophisticated tools to balance reliability, capacity and environmental performance.

AI in supply chain management

GE Vernova uses AI to analyse supply chain risks across environmental and social dimensions. The technology helps identify vulnerabilities and improve resilience planning. The Corporate Sourcing Sustainability team integrates these assessments into supplier qualifications and performance monitoring.

Machine learning algorithms continuously monitor external factors including climate risks, geopolitical developments and regulatory changes that might affect supply continuity.

This predictive capability allows procurement teams to develop contingency strategies before disruptions materialise. The technology also identifies opportunities to shift sourcing towards suppliers with stronger sustainability credentials.

Approximately 47% of 26 GW of new generating capacity was deployed in developing and emerging economies in 2025. The combination of AI risk analysis and expanding infrastructure deployment suggests a strategy to balance growth with operational oversight.

Supplier due diligence processes were strengthened in 2025 through enhanced ethical screening.

A new Code of Conduct was introduced across the value chain, establishing expectations around labour standards, environmental management and business ethics.

Workforce development programmes reached around 10,700 students and learners since the beginning of 2024.

These initiatives span technical training, engineering education and vocational skills development. The company partners with educational institutions, industry bodies and community organisations to deliver programmes tailored to local needs.

Data centre power requirements

According to GE Vernova, data centres are a key sector for global power demand growth. AI and technology acceleration is driving this trend. The company provides customers with a diversified energy portfolio and research on data centre decarbonisation.

Data centres require stable power systems capable of handling large and rapidly shifting demand profiles.

The company addresses this through power conversion and stabilisation technologies. The portfolio includes planning, generation, grid infrastructure, power conversion, energy storage and digital orchestration.

Power conversion technologies manage the transformation of electricity between different voltages and current types, ensuring compatibility between grid supply and data centre requirements.

Energy storage solutions offer both short-term buffering and longer-duration reserve capacity, allowing data centres to maintain operations during grid disturbances or peak demand periods.

The Electrification Impact Tracker was launched in 2025 to provide visibility into global electrification contributions. This digital platform aggregates data on power generation, emission reductions and energy access improvements across GE Vernova's installed base.

Philippe Piron, CEO of Electrification at GE Vernova, says in the report: "Sustainability is central to how the Electrification segment delivers for our customers and is reflected in our focus on safety, quality and our commitment to a Lean mindset of continuous improvement across our global operations. It also shapes how we think about our responsibilities: reducing environmental impact, conserving resources, supporting communities and upholding human rights throughout our operations and value chain."

Digital tools are being embedded across energy generation and resource management. Advanced monitoring systems provide real-time visibility into generation assets, transmission networks and consumption patterns. Predictive analytics help operators anticipate demand fluctuations and optimise dispatch decisions.

Technology and emission metrics

GE Vernova brought 26 GW of new generating capacity online in 2025. These installations operated at a carbon intensity approximately 31% below the global average carbon intensity of the existing grid. Lower emission technologies helped avoid an estimated 22 million tonnes of CO₂.

The company achieved a 64% reduction in Scope 1 and 2 operational emissions from 2019. Year on year reduction in 2025 was 27%. GE Vernova has set a carbon neutrality target for Scope 1 and 2 GHG emissions by 2030.

Scope 1 emissions come directly from company-controlled sources including manufacturing facilities, vehicle fleets and on-site fuel combustion. Scope 2 emissions result from purchased electricity, steam, heating and cooling. The substantial reductions achieved reflect investments in facility upgrades, process optimisation and renewable energy procurement.

Scott Strazik, GE Vernova CEO, says: "At its core, our work is not only about electrons and emissions. Energy is about people and we're working to electrify the planet in a way that enables individuals, communities and economies to thrive, every day."

According to GE Vernova, approximately 20% of global energy consumption comes from electricity. The energy industry could create 30 million jobs by 2030. This projection suggests workforce requirements will expand alongside infrastructure deployment.

Circular economy principles covered 53% of GE Vernova's top products through its 4R framework in 2025, up from 38% in 2024. The framework encompasses Rethink, Reduce, Reuse and Recycle. By 2030, GE Vernova aims for 90% coverage of top products.

The Rethink component involves redesigning products and processes to minimise resource consumption and waste generation from the outset. Reuse strategies enable components and materials to serve multiple lifecycles. Recycle ensures that materials from end-of-life products re-enter supply chains rather than going to landfill.

Small modular reactor technology progressed in 2025 with construction beginning on the BWRX-300 project in Ontario. The project is expected to become the first operating commercial SMR in the Western world. Each SMR will provide approximately 300 MW of electricity.

Construction also started on the Net Zero Teesside Power project in the UK. Once completed, the facility is expected to be the world's first commercial scale gas power plant equipped with carbon capture and storage. The plant will generate more than 740 MW.

A direct air capture pilot system became operational in New York in 2025. This technology removes CO₂ directly from the atmosphere using chemical processes. GE Vernova expanded capabilities in hydrogen and ammonia fuel technologies, which could support alternative pathways for lower carbon power generation.

Roger Martella, Chief Corporate Officer and Chief Sustainability Officer, says: "The story of GE Vernova is one of an unrelenting focus on delivering the technologies the world needs not just today, but importantly for the decades ahead. I have never been more optimistic about our ability to help meet not only the needs of today, but of the generations that follow."

Vic Abate, CEO of Wind at GE Vernova, adds: "At GE Vernova Wind, we're helping close that gap by delivering reliable, affordable, lower-carbon power through ~59,000 turbines, which generated more than 120GW globally in 2025."

"We also drove greater operational discipline by scaling Lean manufacturing and reducing waste to help lower our emissions. Scope 1 and 2 emissions remain a priority, with a 25% reduction in 2025 driven by electrification, efficiency and increased use of renewable energy."

GE Vernova energised 68GW of new power transformers in 2025. This infrastructure supports electricity network expansion and improved energy access. Transformers are essential components in electrical grids, stepping voltage up for efficient long-distance transmission and stepping it down for safe distribution to end users.

“Within GE Vernova Power, sustainability is central to how we operate and how we help our customers,” says Eric Gray, CEO of Power at GE Vernova, in the report.

“We’re focused on managing our own carbon footprint while simultaneously advancing technologies that provide more efficient, reliable and lower-carbon power generation solutions across nuclear and hydroelectric power and pioneering alternative fuels, Direct Air Capture and carbon capture technologies. “

“In 2025, we increased efficiency at our facilities, improved how we manage waste and continued to expand Lean manufacturing to meet demand while minimising new construction and environmental impact.”

The integration of AI in operational monitoring, combined with physical infrastructure expansion, shows how digital and mechanical systems are converging in energy management.

GE Vernova's 2025 performance suggests that AI will continue to influence how companies track emissions, manage suppliers and respond to demand fluctuations from computing infrastructure.