• GE Vernova’s Grid Solutions to upgrade and expand the Pulverdingen substation located in the vicinity of Markgröningen
• The substation needs to be redesigned for larger capacities and greater power fluctuations
• The Pulverdingen substation project will strengthen the security of power supply in the Stuttgart area in the long term

Paris, FRANCE, and Stuttgart, GERMANY — December 15, 2022 — To continue operating the power grid safely and reliably in the future, GE Vern

• The fully digital substation located in Lorena city (Sao Paulo, Brazil) benefits the entire Vale do Paraiba region, recognized as Sao Paulo’s main center of technology
• The project was built with fiber optic cables and a control room 30% smaller compared to conventional substations, reducing the impact to the environment
• The project ensures greater reliability and efficiency for the Brazilian transmission system

Paris, FRANCE and Sao Paulo, BRAZIL, November 30, 2021 – GE Vernova Renewable Energy’s Grid Solutions bus

December 17, 2021 -- GE Vernova’s Grid Solutions and Fujitsu announced today an agreement to sell GE Vernova’s EnergyAPM, asset performance management solutions, in Japan.

In 2014, GE Vernova announced its game-changing g³ insulating and switching gas in replacement of SF₆ for its high voltage equipment. Just three years later, Axpo, the largest producer of renewable energy and a distribution grid operator in Switzerland, energized the first F35g 145 kV g³ gas-insulated substation (GIS) at its Etzel substation near Zürich.

• GE Vernova’s Grid Solutions connects new 500 MW Lower Kaleköy Hydropower plant to the grid in Turkey
• Project includes balance of plant system and 420 kilovolts air-insulated substation for the hydroelectrical power plant

In February, GE Vernova Renewable Energy announced that the company successfully completed the Lower Kaleköy Hydropower Plant at the Lower Kaleköy Dam in Turkey. As leader of the consortium, GE Vern

• Colin Davidson, High Voltage Direct Current (HVDC) Consulting Engineer at GE Vernova Renewable Energy’s Grid Solutions business, awarded the IEEE Power & Energy Society’s Uno Lamm High Voltage Direct Current Award
• Award recognizes Colin’s outstanding contributions to HVDC technology, including the development and evolution of GE Vernova’s Voltage Source Converter technology
• The Uno Lamm High Voltage Direct Current Award is the highest honor in the HVDC global community, recognizing no more than one person ea

Paris, FRANCE — September 1, 2022 — GE Vernova Renewable Energy's Grid Solutions business (NYSE: GEV) has entered into a framework agreement to deliver Static Synchronous Compensators (STATCOMs) in the coming years to Germany's transmission system operator (TSO) 50Hertz. As a part of the framework agreement, GE Vernova has been chosen to deliver the first Static Synchronous Compensators (STATCOMs) to increase grid stability.

In 2019, Groupe E, a major power utility in Switzerland, contracted GE Vernova for the delivery of seven GL312g g³ live tank circuit breakers for the renovation of their Planchamps substation in the Neuchâtel region. In line with their sustainability targets, Groupe E is one of the first power distribution operators in Europe to select GE Vernova’s GL312g circuit breakers using g³ insulating and switching gas instead of SF₆.

• An industry first, two global leaders in power technologies have entered into a non-exclusive, cross-licensing agreement that will allow them to expand their range of high-voltage equipment using a game-changing gas alternative to sulfur hexafluoride (SF₆)
• SF₆ an insulating and switching gas commonly used in high-voltage electrical equipment, is a potent greenhouse gas
• This historic agreement announced just before Earth Day 2021 will enable utilities to accelerate their reduction of greenho

• Scotland’s SSEN Transmission awards GE Vernova’s Grid Solutions a contract for world’s first 420 kV g³ gas-insulated substation (GIS)
• GE Vernova’s g³ technology is a game-changing alternative to sulphur hexafluoride (SF₆), an insulating and switching gas commonly used in substation equipment and the most potent greenhouse gas in the world
• The development of the circuit breaker for the 420 kV g³ GIS is being co-funded by the EU’s LIFE Programme, which supports actions a