Introducing GE's Cypress Onshore Wind Platform
Building on the proven track record of our 2 & 3 MW platforms, today we introduced the GE Cypress Platform of onshore wind turbines that will create more opportunities for lower cost wind power around the world. Cypress includes the 4.8-158 and the just launched 5.3-158 turbine with the flexibility to adapt to different wind farm requirements built-in so we can customize based on customer needs while providing an estimated 50% increase in AEP versus our 3MW platform technology.
This is a leap for wind power with investments made to design-in digital capabilities and serviceability and game-changing technology like the proprietary jointed blade. Just the ability to transport the blades in two pieces and assemble them on-site means wind turbines of this size can be an option in places where logistically it could not have been before. For our customers, it means more energy production, lower levelized cost of electricity, and more value. For the planet, it means more cost-competitive CO2-free energy, to help reach COP targets.
This is our second major platform launch this year, following the announcement of the Haliade-X in March. Cypress is yet another example of how we are engineering leading technology to unleash limitless energy, wherever and however the world needs it. You can learn more here: renew.ge/cypress
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Electrical Lead, PMP, Commissioning Manager, WORLEY
6 年Great advance ! Congrat Jerome!
Transmission Project Construction & Commissioning leader at Hitachi Energy
6 年Mountainous terrain and their twisty roads are not the only place large wind turbine blades are making project logisitics difficult. One of the biggest port in Africa cannot be used for delivery of long blades...
Chief Executive Officer, Board Chairperson, Board Member & TED Talker driving the Energy Transition in Renewables, Hydrogen and Battery Energy Storage.
6 年Great increase in output for the same blade length Jerome
Chief Executive Officer, Board Chairperson, Board Member & TED Talker driving the Energy Transition in Renewables, Hydrogen and Battery Energy Storage.
6 年Great increase in output for the same blade length as well as being more easily transported