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The Cypress prototype is installed and producing power at a rated level of 5.3 MW

The Cypress prototype is installed and producing power at a rated level of 5.3 MW

The Cypress prototype is installed and producing power at a rated level of 5.3 MW

The Cypress prototype is installed and producing power at a rated level of 5.3 MW

Infographic | 4Q 2018 Highlights: GE Renewable Energy's Steady Growth Continues

White paper | Implementing sustainable business models for hydropower storage

Infographic | Cypress 4-5 MW Onshore Wind Turbine Platform

Photograph | 2.85-103 wind turbines at the McLean's Mountain Wind Farm from Northland Power Project, Canada. Image Credit: John Hryniuk Photography

Photograph | Haliade 150-6MW offshore wind turbines at Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA. Image Credit: Reuben Wu.

Photograph | Haliade 150-6MW offshore wind turbines at Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA. Image Credit: Jeff Milstein.

Photograph | GE's 3 MW Platform onshore wind turbines at the Meikle wind farm, Canada

Photograph | Haliade 150-6MW offshore wind turbine at the Merkur offshore wind farm, Germany

3D Still Image | Introducing the Haliade-X 12 MW, the largest offshore wind turbine in the world to date, featuring a 12 MW capacity (the world’s first), 220-meter rotor, a 107-meter blade designed by LM Wind Power, and digital capabilities

3D Still Image | Introducing the Haliade-X 12 MW, the largest offshore wind turbine in the world to date, featuring a 12 MW capacity (the world’s first), 220-meter rotor, a 107-meter blade designed by LM Wind Power, and digital capabilities

3D Still Image | Introducing the Haliade-X 12 MW, the largest offshore wind turbine in the world to date, featuring a 12 MW capacity (the world’s first), 220-meter rotor, a 107-meter blade designed by LM Wind Power, and digital capabilities

Infographic | Haliade-X 12 MW Offshore Wind Turbine in numbers

Infographic | Haliade-X 12 MW Offshore Wind Turbine in numbers

Infographic | Haliade-X 12 MW Offshore Wind Turbine in numbers

Infographic | 10 things you should know about Linth-Limmern Hydro Storage Plant in Switzerland

Brochure | Wind Asset Management, Maintenance & Optimization

Brochure | Our 3MW Platform includes wind turbines with rated capacities from 3.2-3.8 MW and flexible support services that range from basic operations and maintenance to farm- or fleet-level enhancements.

Infographic | GE's 4.8-158 onshore wind turbine at a glance

Brochure | Enabling intelligent asset strategies to optimize performance of your wind turbines

Brochure | Enabling intelligent asset strategies to optimize performance of your hydropower plant

3D Still Image | Computer-generated image of a Kaplan turbine generator unit. Image Credit: GE Renewable Energy.

Infographic | GE Renewable Energy's Onshore and Offshore Wind businesses draw extensively from the GE Store, the suite of combined resources that all GE businesses can leverage to better serve their customers.

Infographic | GE’s Onshore and Offshore Wind businesses are helping to make GE Renewable Energy a growth engine for the company, which makes sense since renewable energy is mainstream, global, and increasingly digital.

Infographic | GE's North American Hydro Projects

Infographic & Poster | Pure Torque is an innovative technology exclusively developed by GE to increase its offshore wind turbine efficiency, longevity and reliability.

Poster | Aerial view of an Haliade from Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA. Image Credit: Humza Deas.

3D Still Image | Artwork representing data visualization and flow throughout an onshore wind farm.

Poster | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featuring five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Humza Deas.

3D Still Image | 3D rendering of a variable speed pumping and generating hydro unit including a hydro pump turbine and a generator. Image Credit: GE Renewable Energy.

Photograph | Transportation of all of the 73.5 P blades for the Block Island Offshore wind farm in the US. Image Credit: LM Wind Power.

3D Still Image | 3D rendering of a Kaplan generating hydro unit including a Kaplan hydro turbine and a generator. Image Credit: GE Renewable Energy.

Poster | Shot from an helicopter of Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featuring five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Humza Deas.

Poster | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featuring five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Deepwater Wind.

Poster | 24 Internet-connected 2.85-103 wind turbines at the McLean's Mountain Wind Farm from Northland Power Project, Canada. Image Credit: John Hryniuk Photography.

3D Still Image | Computer-generated image of a Francis turbine generator unit. Image Credit: GE Renewable Energy.

Infographic & Poster | Surface of the blade sweep is equivalent to 3 soccer fields!

Poster | 3.2-103 Wind Turbine at Biga Res Wind Farm, Turkey

Infographic & Poster | Hydro turbines with high performance over a large range of heads and discharge.

3D Still Image | 3D rendering of concentrated solar power plant (CSP) using molten salts technology for energy storage, based on solar thermal energy i.e. using reflecting mirrors, central tower boiler, steam turbine and generator. Image Credit: GE Renewable Energy.

Poster | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featturing five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Deepwater Wind.

Infographic & Poster | GE's comprehensive hardware and software solution that optimizes turbine ans farm level performance through the use of Predix software and diagnostics.

Transportation of all of the 73.5 P blades for the Block Island offshore wind farm in the US. Image Credit: LM Wind Power.

3D Still Image | 3D rendering of GE's Haliade 150-6MW offshore wind turbine. Image Credit: GE Renewable Energy.

Photograph | LM Wind Power 63.7 P Blades in operation in the Netherlands. Image credit: LM Wind Power

Poster | Employee working on a Kaplan blade at GE's Sorel-Tracy hydro facility, Canada. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of GE's 3.2-130 wind turbine from the 3MW Platform. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of a Bulb Hydro generating unit including a hydro turbine and a generator. Image Credit: GE Renewable Energy.

Infographic & Poster | GE's high performing hydro turbines for heads ranging from 200m to 1,800m.

3D Still Image | Artwork representing data visualization and flow over an onshore wind turbine.

Infographic & Poster | Unrivaled power capacity ratio for low heads.

With GE's Digital Wind Farm solution, you can connect your assets, technology, and data to generate deep business insights that deliver outcomes specific to your needs.

3D Still Image | 3D rendering of GE's Haliade 150-6MW offshore wind turbine. Image Credit: GE Renewable Energy.

Infographic & Poster | GE offers reliable, efficient and high yield offshore wind turbine as well as grid connection solutions.

3D Still Image | 3D rendering of a variable speed pumping and generating hydro unit including a hydro pump turbine. Image Credit: GE Renewable Energy.

Infographic & Poster | Francis turbines are the most widely used type of hydro turbine in the world.

3D Still Image | 3D rendering of a Pelton generating unit including a generator and two hydro turbines at each end. Image Credit: GE Renewable Energy.

Poster | Nacelle for the Block Island's Haliade offshore wind turbines leaving our Saint-Nazaire facilities to be delivered in the US. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of GE's 3.2-130 wind turbine from the 3MW Platform. Image Credit: GE Renewable Energy.

Poster | Itaipu Hydroelectric Dam in Brazil, featuring Francis hydro generating units. Image Credit: Caio Coronel / Itaipu Binacional.

3D Still Image | 3D rendering of a Pelton generating unit including a generator and two hydro turbines at each end. Image Credit: GE Renewable Energy.

Infographic & Poster | GE's Haliade is suitable for all offshore conditions, delivering renewable energy at competitive cost to up to 5,000 households.

Poster | Deepwater Wind's Block Island Offshore Wind Farm - Installation of the five GE's Haliade offshore wind turbines with Fred.Olsen Windcarrier's Brave Tern vessel. Image Credit: Deepwater Wind.

Poster | Nacelles for the Block Island's Haliade offshore wind turbines being loaded onto the Brave Tern vessel, to be delivered in the US. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of concentrated solar power plant (CSP) using molten salts technology for energy storage, based on solar thermal energy i.e. using reflecting mirrors, central tower boiler, steam turbine and generator. Image Credit: GE Renewable Energy.

Poster | Nacelles for the Block Island's Haliade offshore wind turbines being loaded onto the Brave Tern vessel, to be delivered in the US. Image Credit: GE Renewable Energy.

Infographic & Poster | GE's powerful and efficient 3MW platform can be customized based on nameplate, rotor diameter and hub height.

Poster | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featturing five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Deepwater Wind.

Transportation of one 73.5 P blade for the Block Island Offshore wind farm in the US. Image Credit: LM Wind Power.

3D Still Image | 3D Rendering of a Low Head Hydropower Plant. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of a Bulb Hydro generating unit including a hydro turbine and a generator. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of a Kaplan hydro turbine. Image Credit: GE Renewable Energy.

Infographic & Poster | GE is a world leader in variable speed pumped storage power plants, contributing to energy storage needs and grid stabilization.

Poster | 3D rendering of concentrated solar power plant (CSP) using molten salts technology for energy storage, based on solar thermal energy i.e. using reflecting mirrors, central tower boiler, steam turbine and generator. Image Credit: GE Renewable Energy.

Poster | Deepwater Wind's Block Island Offshore Wind Farm - Installation of the five GE's Haliade offshore wind turbines with Fred.Olsen Windcarrier's Brave Tern vessel. Image Credit: Deepwater Wind.

3D Still Image | Computer-generated image of a variable speed pumped storage unit. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of a variable speed pumping and generating hydro unit including a hydro pump turbine. Image Credit: GE Renewable Energy.

Infographic | Learn more about LM Wind Power acquisition: state of the industry, who is LM Wind Power, why this acquisition and who is GE Renewable Energy.

3D Still Image | 3D Rendering of a high head hydropower plant. Image Credit: GE Renewable Energy.

3D Still Image | 3D rendering of a Bulb Hydro generating unit including a hydro turbine and a generator. Image Credit: GE Renewable Energy.

Photograph | 73.5 P blades at the Block Island Offshore wind farm in the US. Image credit: LM Wind Power.

Photograph | 2.0-116 wind turbine installation in Shallowater, Texas, USA

Photograph | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featuring five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Deepwater Wind.

Photograph | Aerial view of the Itaipu dam, the second largest hydropower plant in the world. GE has provided Francis units. Image Credit: Caio Coronel / Itaipu Binacional.

Photograph | Haliade 150-6MW offshore wind turbine at Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA. Image Credit: Deepwater Wind.

Photograph | 75 GE 3.2-103 wind turbines installed at the 240 MW Ararat Wind Farm developed by RES Australia. It is set to become the third largest wind farm in Australia and will generate enough electricity to supply 120,000 Victorian homes per year. Image Credit: GE Renewable Energy.

Photograph | GE's 1.6-100 Wind Turbine, Prototype Facility, Tehachapi, California, USA

Photograph | 2.5MW wind turbine at the Fantanele Wind Farm, Romania. The project utilizes 240 GE 2.5-megawatt wind turbines, including the 1,000th 2.5-megawatt (MW) class machine installed by GE worldwide.

Solar Solutions

Photograph | 75 GE 3.2-103 wind turbines installed at the 240 MW Ararat Wind Farm developed by RES Australia. It is set to become the third largest wind farm in Australia and will generate enough electricity to supply 120,000 Victorian homes per year. Image Credit: GE Renewable Energy.

Photograph | 24 Internet-connected 2.85-103 wind turbines at the McLean's Mountain Wind Farm from Northland Power Project, Canada. Image Credit: John Hryniuk Photography.

Photograph | 2.5 and 2.75-120 wind turbines at the Emsdetten Wind Farm, Germany.

Photograph | Francis turbine being lifted at GE's Sorel-Tracy hydropower manufacturing facility in Canada. Image Credit: GE Renewable Energy.

Solar Solutions

Photograph | GE's onshore wind turbines in Oregon, USA.

Photograph | Installation of a 120 meter Wind Turbine prototype in the Netherlands. Image Credit: Matthias Ibeler.

Brochure | Suitable for all offshore conditions, proven technology and innovation are combined in Haliade to deliver best in class cost efficiency.

Photograph | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featuring five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Deepwater Wind.

Photograph | GE's onshore wind turbine in Illinois, USA.

Photograph | Scale model of a Francis turbine at GE's Grenoble hydropower manufacturing facility, France. Image Credit: GE Renewable Energy.

Photograph | 24 Internet-connected 2.85-103 wind turbines at the McLean's Mountain Wind Farm from Northland Power Project, Canada. Image Credit: John Hryniuk Photography

Brochure | GE’s 1.85-87 wind turbine is designed for Class IIs winds.

Photograph | GE's onshore wind turbine in California, USA.

Photograph | 2.5xl wind turbines at the Fantanele Wind Farm, Romania. The project utilizes 240 GE 2.5-megawatt wind turbines, including the 1,000th 2.5-megawatt (MW) class machine installed by GE worldwide.

Photograph | Aerial view of Alqueva 1 and 2 Hydro Pumped Storage Power Plants, Portugal. Image Credit: GE Renewable Energy.

Photograph | Working at height - Haliade 150-6MW offshore wind turbine nacelle. Image Credit: GE Renewable Energy.

Brochure | GE’s Digital Wind Farm is a comprehensive hardware and software solution comprised of GE’s customizable 2 and 3 MW wind turbine products, and a suite of applications, built on the Predix* software platform, that brings new value to your wind farm.

Photograph | GE's onshore wind turbine in Minnesota, USA.

Photograph | GE's Saint-Nazaire offshore wind facilities in France, assembling key components of the Haliade 150-6MW offshore wind turbine. Image Credit: GE Renewable Energy.

Photograph | Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA, featuring five of GE's Haliade 150-6MW offshore wind turbines. Image Credit: Deepwater Wind.

Brochure | The GE 3.2-103 brilliant wind turbine - also available as 2.85-103 and 2.85-103 Extreme - can generate a substantial amount of energy for medium-to-high wind speed sites.

Photograph | Details of a Variable Speed Hydro Generator at GE's Birr manufacturing facility, Switzerland. Image Credit: GE Renewable Energy.

Brochure | Wind PowerUp is a results-based, customized software-enabled platform created to increase a wind farm’s output by up to 5%.

Photograph | GE's onshore wind turbines in Texas, USA.

Photograph | Haliade 150-6MW offshore wind turbine at Deepwater Wind's 30MW Block Island Offshore Wind Farm, USA. Image Credit: Deepwater Wind.

Brochure | GE's 2 MW platform of onshore wind turbines sets the benchmark for consistent performance, reliability, farm level AEP, and efficiency.