Renewable Hybrid Solutions
MORE THAN JUST A TREND
Renewable Hybrids are the solution to a reliable, affordable and dispatchable integration of renewable energies, solving critical customer needs.
Each hybrid application is unique and can integrate renewable energy generation sources with one another (i.e. Wind + Solar) and/or energy storage.
What we bring to the table
GE Renewable Energy offers one of the industry’s broadest portfolio of renewable technologies, that can be integrated to develop Hybrids projects, requring sophisticated expertise and capabilities to be able to offer:
Hybrid system design
Site configuration
Design and engineering
Value analysis and optimization
Technology integration
Supply and integrate hybrid technologies together (wind, hydro turbines, storage systems, solar modules, inverters, HVDC, MV, T&L, etc.)
Project development
Personalized turnkey projects
EPC scope
Operations & Maintenance
Hybrid Controls architecture
Dashboard and reporting
Plant optimization
Revenue stack
OUR SET OF TECHNOLOGIES
Learn how our Renewable Energy Storage System Solution works, including safety features, protective controls, battery life and integration.
Learn MoreEnable efficient, cost effective and dispatchable solar power through proven solar inverter technology.
LEARN MOREGE Renewable Energy is one of the world's leading suppliers of wind turbines for both offshore and onshore wind power generation.
Learn MoreHydroelectric power solutions and services from GE Renewable Energy lead the industry with hydropower technology.
Learn MoreLearn about GE’s distributed energy services. GE works with customers to provide optimized energy management solutions through our comprehensive portfolio, including distributed energy software, new energy storage reservoirs and consulting.
Learn MoreWe provide products and services that maximize the efficiency, reliability and security of the grid.
LEARN MOREGE’s Hybrid EGT integrates a Battery Energy Storage system with the LM6000 gas turbine, enabling contingency (spinning) reserve without fuel-burn between demand events.
LEARN MORE
