GE Power

GE Power
Name	GE Power
Foundation	0 1892 (as part of General Electric)
Location	Schenectady, New York, U.S.
Key people	Scott Strazik (CEO, GE Vernova)
Industry	Power generation, Energy technology
Parent	GE Vernova

GE Power. It is a major global entity in the power generation and energy technology sector, operating as a business segment within the larger General Electric conglomerate and now part of the independent company GE Vernova. The division provides a comprehensive portfolio of technologies and services for the electricity industry, spanning gas turbines, steam turbines, grid solutions, and associated maintenance and upgrades. With a history deeply intertwined with the electrification of the world, its equipment generates a significant portion of the globe's electrical power, serving utilities, independent power producers, and industrial customers.

History

The origins of the division trace back to the founding of General Electric in 1892, through the merger of Thomas Edison's Edison General Electric Company and the Thomson-Houston Electric Company. Early innovations included the development of large alternating current turbogenerators, which were critical for the expansion of central power stations. Throughout the 20th century, it was instrumental in major projects like the Boulder Dam (Hoover Dam) and the Tennessee Valley Authority, supplying massive hydroelectric generators and transformers. The post-war era saw a shift towards fossil fuel power plants, with the introduction of advanced gas turbine technology following the acquisition of Aircraft engine expertise from divisions like GE Aviation. Landmark developments included the pioneering HA-class gas turbine and the expansion into nuclear energy through projects like the Boiling Water Reactor design.

Products and services

Its core offerings encompass a wide range of heavy-duty equipment for power generation. This includes advanced gas turbines, such as the 7HA and 9HA models, which are among the world's most efficient. The portfolio also features steam turbines for combined cycle and coal-fired power station applications, generators, heat recovery steam generators, and condensers. Beyond hardware, it provides extensive lifecycle services under the GE Digital and Predix platforms, offering performance optimization, repairs, and digital twin analytics. Furthermore, the business supplies critical equipment for nuclear power facilities, including fuel and servicing for reactors originally designed by the company.

Business segments

The organization was historically structured into several key operational units. The Gas Power segment focused on the design, manufacture, and service of gas turbine-based power plants and related services. The Steam Power business provided products and solutions for coal, nuclear, and industrial steam applications, including technology for carbon capture and storage. The Grid Solutions unit, operated in partnership with Alstom, offered equipment and software for power transmission and distribution, such as high-voltage direct current systems and substation automation. These segments were supported by a global network of engineering centers and manufacturing facilities like those in Greenville, South Carolina and Belfort, France.

Major projects and installations

Its technology forms the backbone of numerous landmark power facilities worldwide. In the Middle East, it supplied the highly efficient HA-class gas turbines for the Jebel Ali power and desalination plant in the United Arab Emirates. In the United States, it provided turbines for the Cove Point liquefied natural gas facility and the Tennessee Valley Authority's Paradise Fossil Plant. Internationally, notable installations include the Dangjin Power Station in South Korea and the Kárahnjúkar Hydropower Plant in Iceland. The company has also been involved in major modernization projects, such as upgrading units at the Grand Coulee Dam.

Research and development

Innovation is driven through major global research centers, most notably the GE Research headquarters in Niskayuna, New York, part of the historic Schenectady complex. Key R&D efforts focus on increasing the efficiency and reducing the emissions of gas turbines through advanced combustion techniques and the use of alternative fuels like hydrogen. Significant investment is directed towards carbon capture, utilization and storage technologies and the integration of renewable energy sources like wind power and solar power into the grid. Collaborations with institutions like the U.S. Department of Energy and the European Commission are common for pioneering next-generation energy systems.

Environmental impact and sustainability

The division faces significant scrutiny regarding the environmental footprint of its products, particularly its historical role in coal-fired power stations. In response, it has pivoted its strategy towards supporting the energy transition, promoting natural gas as a lower-carbon bridge fuel and investing in technologies for hydrogen-capable turbines. It has set public goals to achieve carbon neutrality in its operations and is developing upgrades to reduce nitrogen oxide emissions from existing fleets. The business also provides technology that enables greater grid flexibility to accommodate intermittent sources like wind turbines from GE Renewable Energy, supporting global decarbonization efforts.

Category:General Electric Category:Power station technology manufacturers Category:Companies based in Schenectady County, New York