GE Vernova’s Grid Solutions has completed a landmark turnkey contract for a substation to power Rabigh-3 saltwater desalination plant, one of the world’s largest sea water reverse osmosis (SWRO) plants that will supply drinking water to the Holy City of Makkah and Jeddah.

• GE Vernova has completed the largest Static Var Compensator (SVC) upgrade project for two of Norway transmission system operator Statnett’s substations
• The trial run for both substations was executed without a single interruption of service, and the stations have continued their operation into commercial service
• GE Vernova provides leading technological solutions to ever-evolving grid challenges, including the integration of more and more renewable energy, through successful implementation of its new “SmoothSine” modularized control software for SV

GE Vernova’s 245 kV Dead Tank Circuit Breaker, model DT1-245P-63-F3, has been enhanced with optional independent pole operation (IPO) with a spring-spring-operated mechanism per phase. This option for single pole operation is on top of the existing three-pole gang operated offering.

This latest enhancement further increases the capabilities of this reliable high voltage dead-tank circuit-breaker performing at 245 kV and 63 kA without transient recovery voltage (TRV) capacitors for short line faults.

• The digital HYpact switchgear—GE Vernova’s hybrid compact switchgear assembly—is the first of its kind delivered to customer DB Energie GmbH under the EU-funded IN2STEMPO project
• Technologies like this from GE Vernova’s Grid Solutions are helping the customer monitor their grid status, reduce downtime, and lower the carbon footprint at a decades-old German train station
• GE Vernova’s HYpact module includes its proven circuit breaker technology, known for its reliability

Paris, FRANCE, and

• EU's LIFE program recognizes potential of GE Vernova's Green Gas for Grid (g³) to help significantly cut global greenhouse gas emissions
• The gas mass of g³ high-voltage products has more than a 99% reduced CO₂ equivalent compared to SF₆
• A g³ 420 kV, 63 kA gas-insulated substation circuit-breaker will demonstrate that g³ technology can be applied to all other high-voltage levels of Europe's electrical networks

Paris, FRANCE – February 13, 2020 — GE Vernova Renewable Energy’s Grid Solutions business (NYSE-

• EU’s LIFE program recognizes potential of GE Vernova Renewable Energy’s g³ insulating and switching gas as an alternative to sulfur hexafluoride (SF₆) to help significantly cut global greenhouse gas emissions
• This is the second GE Vernova g³ gas project to be co-funded by the EU within two years
• New g³ gas 245 kV circuit-breaker will be scalable to other high-voltage levels across Europe’s electrical grids and help utilities get ready for stricter fluorinated (F)-gas regulations

Paris, FRANCE – July 22, 2021 - GE V

Good things come in threes at GE Vernova Renewable Energy’s Grid Solutions business!

Over the past three months, three offshore electrical platforms with GE Vernova’s Grid Solutions’ technology successfully sailed away from ports in France, Belgium and the Netherlands, to be installed at sea. GE Vernova’s Grid Solutions’ Alternating Current (AC) Systems division in charge of turnkey projects is leading the project management, design, system integration, installation and commissioning of those electrical high-voltage electrical systems.

• Yanbu-4 independent water producer plant is built by Saudi Water Partnership Company as part of consortium comprising ENGIE, Nesma and Mowah
• Consortium of GE Vernova Renewable Energy’s Grid Solutions and Al Sharif Group will provide a 380-110 kV gas-insulated switchgear (GIS) substation for the plant, to be operational by 2023

Riyadh, Saudi Arabia; June 14, 2021: GE Vernova Renewable Energy’s Grid Solutions, has won a deal from Doosan Heavy Industries and Construction Co.

As the global energy transition continues, customers and regulators increasingly require specific information about a product’s environmental footprint. GE Vernova’s Eco-design team addresses that need by offering a Life Cycle Assessment (LCA) which includes manufacturing information about a product, like the impact of materials production and factory energy consumption and emissions; distribution, including packaging production and transportation; use, in terms of power consumption and maintenance; and end-of-life disposal. The PEP is the document provided once the LCA is done.