GE VERNOVA OPERATIONS LLC

HIGH EFFICIENCY ULTRA-LIGHT SUPERCONDUCTING GENERATOR (SCG) FOR OFFSHORE WIND

THE OBJECTIVE IS TO DESIGN A MW-SCALE MULTI-PORT CONVERTER INTERFACE CAPABLE OF AGGREGATING CHP, PV, AND BESS FOR DISTRICT ENERGY SYSTEMS APPLICATIONS AND BUILD AND DEPLOY A 375KW PROTOTYPE FOR FIELD DEMONSTRATION. THE SELECTED SITE ALREADY OPERATES A 120KW BIOMASS CHP THAT WILL BE INTEGRATED INTO T

THE OVERALL OBJECTIVE OF GRID-READY WIND PROJECT IS TO DEMONSTRATE THE ABILITY OF UTILITY SCALE WIND POWER PLANTS (WPPS) TO PROVIDE TRADITIONAL AND EMERGING GRID SERVICES (GSS) (IN BOTH GRID-FOLLOWING (GFL) AND GRID FORMING (GFM) MODE) THROUGH A CENTRALIZED CONTROL FRAMEWORK (ALONGSIDE LOCAL CONTROL

MODULAR BLADE DEMONSTRATION: JOINING OF ROOT AND CHASSIS SEGMENTS (BLADECAM)

SCALABLE MEMBRANE ELECTRODE ASSEMBLY STACK PRODUCTION FOR RELIABLE THERMAL ELECTROCHEMICAL CONVERTERS (SMART)

BI-PARTISAN INFRASTRUCTURE LAW (BIL) - HOUSTON DIRECT AIR CAPTURE (DAC) HUB THE PROJECT WILL EXPLORE THE POTENTIAL OF A HOUSTON AREA DIRECT AIR CAPTURE HUB. THE OBJECTIVE OF THE FIRST PHASE IS TO CONDUCT A PRE-FEASIBILITY STUDY TO DETERMINE THE OWNERSHIP STRUCTURE, DESCRIBE ANCHORING DIRECT AIR CAPT

THIS PROJECT WILL DEVELOP INNOVATIVE CONTROLS AND PROTECTION FOR A MULTI-TERMINAL HIGH-VOLTAGE DIRECT CURRENT (MT HVDC) NETWORK AND IMPLEMENT AND VALIDATE THEM ON A DISTRIBUTED SOFTWARE-IN-THE-LOOP (SIL) PLATFORM. THE SPECIFIC OBJECTIVES OF THE PROGRAM ARE: • DE-RISK MT-HVDC TECHNOLOGY IN THE CONTEX

FOLLOWING AN EXTREME EVENT, POWER AND ENERGY DISRUPTIONS EXPERIENCED BY COMMUNITIES CAN HAVE DEVASTATING SOCIETAL AND ECONOMIC IMPACTS. RESTORATION OF DISADVANTAGED COMMUNITIES IS OFTEN COMPLICATED BY GEOGRAPHIC REMOTENESS FROM CENTRAL POWER SYSTEM INFRASTRUCTURE, WHICH GREATLY INCREASES THE TIME TO

ADVANCED MIXED MODE COMBUSTOR FOR HYDROGEN F-CLASS RETROFIT THIS PROJECT IS TARGETED TOWARD DEVELOPING TECHNOLOGIES TO UTILIZE ENERGY RESOURCES AND POWER INFRASTRUCTURE FOR NET-ZERO CARBON ENERGY AND COMMODITY PRODUCTION THROUGH THE PRODUCTION, TRANSPORT, STORAGE, AND UTILIZATION OF HYDROGEN. ADVANC

THE PRIME RECIPIENT IN PARTNERSHIP WITH SUBRECIPIENTS AND INDUSTRY ADVISORS WILL DELIVER A PRE-LIMINARY DESIGN OF A SUPERCRITICAL CARBON-DIOX¬IDE (SCO2) POWER BLOCK FOR GEN3/GEN3++ CONCENTRATING SOLAR POWER (CSP) APPLICATIONS. THE WORK SCOPE HAS THREE HIGH-LEVEL OBJECTIVES: 1. A BROAD-TEMPERATURE RA

DESIGN, FABRICATION, AND REPAIR OF MULTI-MATERIAL GEARS FOR IMPROVED PERFORMANCE AND RELIABILITY OF WIND TURBINE SYSTEMS