Decarbonization Highlights of GE’s solutions
Onshore and Offshore Wind Turbines Delivering up to 6 MW of zero-carbon electricity per tower, enough to power approximately 2,000 US homes, GE wind turbines are among the most advanced in the industry. Construction of the first offshore wind farm in the US, with GE’s Haliade* technology, was recently completed off Rhode Island.
Hydro Representing more than 25% of the world’s installed capacity of hydro generators, GE offers a broad range of hydro solutions and services: from water to wire, from individual equipment to complete turnkey solutions, for new plants and the installed base.
HA Combined Cycle Power Plants GE introduced the first H-class gas turbine in the industry and has evolved the technology to the HA class which are at the heart of the largest, most efficient combined cycle power plant
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in the world. Higher efficiency results in lower CO2 emissions compared to other combined cycle plants.
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ESBWR Nuclear Power Plant The Economic Simplified Boiling Water Reactor (ESBWR), capable of generating 1,520 MW of baseload, carbon-free electricity, is the world’s safest generation III+ reactor. It can safely cool itself with no AC electrical power or human action for more than seven days.
Carbon Capture and Storage With an intensive research and development
program, we have designed and constructed 13 CO2 Capture Solutions (CCS) demonstration projects around the world, and these technologies are ready for large-scale implementation.
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Solar From components to full plants, GE’s Concentrated Solar Power (CSP) solutions can be configured to the most challenging environments and stringent customer specifications. GE can also handle every aspect of your solar photovoltaic project, including design, development, construction, operations and maintenance and financing.
Operations Optimization Operations Optimization is a cloud-based suite of digital solutions that deliver proactive recommendations by analyzing internal plant data, historical operational data, or external information in order to inform key resources, reduce production costs, and enhance plant flexibility. It delivers results regardless of OEM.
Advanced Gas Path Blending hardware innovations with GE’s advanced OpFlex* software delivers world- class performance and operational flexibility. For the existing fleet of 7F gas turbines, it can improve output by more than 10 percent and heat rate by more than 3 percent, reducing fuel burn and CO2
emissions per kWh generated. * Trademark of General Electric Company.
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