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.
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.
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.