“In my mind, there are no two letters that better embody the spirit of innovation — and have always embodied the spirit of innovation, in the past and the future of this country — than ‘GE,’” said Scott Strazik, CEO of GE Vernova, as his company officially completed its spin-off from the GE Corporation in April. In the eight months since, GE Vernova has continued to make good on its commitment to electrify and decarbonize the world. As the company looks forward to another year leading the energy transition, here’s a glance back at the biggest milestones of 2024.
As a standalone company, GE Vernova has achieved the nimbleness to bring about the next era of transformation, increasing access to power and reducing carbon emissions. Relive the fanfare of launch day — and get a preview of GE Vernova’s plans to lead the energy transition — here.
Long dependent on coal power, Poland has recently accelerated its transition to renewable energy. Read how GE Vernova is supporting that effort by — among other initiatives — building a substation to deliver electricity from a 1.5-gigawatt Baltic coast wind farm to millions of homes and businesses.
The plethora of renewable power sources that have come online in the past decade are accelerating the transition to lower-carbon energy, but they’re also making it harder to manage the grid. Read how GE Vernova’s GridOS Data Fabric software is helping utilities orchestrate an increasingly complex — and sustainable — power system.
Niagara Falls has powered communities on both sides of the U.S.–Canada border since the 19th century. Our report reveals how GE Vernova is helping Ontario reach its climate goals by updating its hydroelectric plants for the net zero era.
5. Breakthrough Allies: Here’s How GE Vernova and ARPA-E Are Tackling the Energy Transition
Over the past 15 years, many of GE Vernova’s proposals have won funding from the Advanced Research Projects Agency–Energy (ARPA-E). Read our rundown of the ARPA-supported GE Vernova technologies that could supercharge the energy transition, from hydrogen-burning gas turbines to algorithms that make nuclear plants cheaper to operate.
Six months into its tenure as an independent company, GE Vernova released its debut Sustainability Report. A labor of love written and refined by more than 150 contributors and reviewers, the report will serve as a road map of strategies and targets to direct the company in the years ahead. Read more about GE Vernova’s plans to electrify, decarbonize, conserve, and thrive.
7. Growth Is the Best Ally of Climate Optimism, GE Vernova CEO Strazik Tells Climate Week Audience
Although the U.S. electrical grid has remained mostly stagnant for the past 20 years, “growth is the only thing that’s going to give us a chance to address” climate change, CEO Scott Strazik told the crowd at a Climate Week panel in New York City. Read our report for more of his and his colleagues’ thoughts on decarbonization amid rising global demand.
8. This GE Vernova-Led Team of Engineers Is Fine-Tuning a Formula for Lower-Cost Carbon Capture
A squad of GE Vernova engineers are using technology to reduce CO2 emissions from gas power plants by more than 95% and chip away at the costs of carbon capture and sequestration. Learn how they are making those savings available today for both new and existing plants.
9. Breaking Ground: GE Vernova’s Newest Workhorse Brings More Wind to Western U.S.
GE Vernova team members around the world have been working together to help complete the largest wind project in U.S. history: the SunZia wind farm in New Mexico. In this photo essay, meet the people at sites from Florida to North Dakota who are building and installing the first of what will be 674 3.6MW-154m workhorse turbines.
In Australia, crews will soon break ground on what is expected to be the world’s largest green hydrogen plant. Four GE Vernova LM6000VELOX aeroderivative gas turbines, burning 100% hydrogen, will generate energy for the state of South Australia — without producing GHG emissions. Read about the Whyalla plant’s importance to the region’s industries, the local grid, and Australia’s climate goals.