Electric Power Research Institute Inc

BIPARTISAN INFRASTRUCTURE LAW (BIL): OPTIMIZING INTERREGIONAL TRANSFER CAPACITY USING ADVANCED POWER FLOW CONTROL. THIS PROJECT IS A PARTNERSHIP BETWEEN THE RECIPIENT AND A HOST TRANSMISSION UTILITY, TO INSTALL AN AUTOMATIC POWER FACTOR CONTROLLER (APFC) DEVICE, THE SMARTVALVE, AT AN INTERREGIONAL TIE TO REDUCE TAP CHANGES AND INCREASE THE CONTROL RANGE OF A PHASE SHIFTING TRANSFORMER (PST) ACROSS A REGIONAL BORDER.

ASSESSMENT OF OPPORTUNITIES FOR OPTIMAL RESERVOIR PRESSURE CONTROL, PLUME MANAGEMENT AND PRODUCED WATER STRATEGIES

THE OBJECTIVE OF THIS PROJECT IS TO ADVANCE THE DEVELOPMENT OF A DIRECT AIR CAPTURE (DAC) HUB IN THE SOUTHERN SAN JOAQUIN VALLEY OF CALIFORNIA BY DESIGNING, ENGINEERING, AND PLANNING AN INTEGRATED DAC SYSTEM.

AWARD NUMBER DE-FE0031993 TO ELECTRIC POWER RESEARCH INSTITUTE FOR PROJECT TITLED GASIFICATION OF COAL AND BIOMASS: THE ROUTE TO NET-NEGATIVE-CARBON POWER AND HYDROGEN

BIPARTISAN INFRASTRUCTURE LAW (BIL) - CALIFORNIA-NEVADA CO2 STORAGE PROJECT (CANSTORE) THE OBJECTIVES OF THE CANSTORE PROJECT ARE TO ADDRESS RESEARCH GAPS CRUCIAL TO DE-RISKING AND DEMONSTRATING SUBSURFACE COMMERCIAL-SCALE CO2 STORAGE IN BASALTIC RESERVOIRS, TRANSPORTING CO2 SAFELY AND COST EFFECTIVELY FROM REGIONAL CO2 EMITTERS TO THE STORAGE COMPLEX, PROVIDING CRITICAL INFORMATION TO KEY STAKEHOLDERS AND DEVELOPERS SEEKING CO2 STORAGE OPPORTUNITIES, AND PARTNERING WITH LOCAL STAKEHOLDERS TO PROVIDE TANGIBLE BENEFITS TO THE COMMUNITY AND REGION.

TAS::89 0318::TAS ELECTRIC SECTOR CYBER SECURITY - NEW AWARD TO ELECTRIC POWER RESEARCH INSTITUTE, INC. (EPRI)

NEW AWARD DE-FE0031842 WITH ELECTRIC POWER RESEARCH INSTITUTE, INC. TITLED CONCRETE THERMAL ENERGY STORAGE ENABLING FLEXIBLE OPERATION WITHOUT COAL PLANT CYCLING

GRID-READY ENERGY ANALYTICS TRAINING “GREAT” WITH DATA

SMART GRID FUNCTIONALITY; SMART-GRID READY PV INVERTER WITH UTILITY COMMUNICATION

THIS PROJECT AIMS TO REDUCE BARRIERS TO SOLAR PHOTOVOLTAIC (PV) CIRCULARITY ACROSS THE VALUE CHAIN THROUGH INNOVATIVE TECHNOLOGY SOLUTIONS, STRATEGIC PARTNERSHIPS, AND COMMUNITY BENEFITS.

DE-FE0032223 ELECTRIC POWER RESEARCH INSTITUTE CO2 CAPTURE AT LOUISVILLE GAS & ELECTRIC CANE RUN NATURAL GAS COMBINED CYCLE POWER PLANT

NEW AWARD FOR SMALL MODULAR REACTOR PRESSURE VESSEL MANUFACTURING & FABRICATION TECHNOLOGY DEVELOPMENT

GRIDFAST EXPRESS: ROADMAP AND ACTIONS TO ADDRESS KEY CHALLENGES TO THE UTILITY INTERCONNECTION PROCESS THE OBJECTIVE OF THE PROJECT IS TO ESTABLISH A COMPREHENSIVE NATIONAL PROGRAM FOCUSED ON STREAMLINING THE UTILITY INTERCONNECTION PROCESS RELATED TO ELECTRIC VEHICLES (EVS) FOR BOTH AC LEVEL 2 AND DC FAST CHARGING TECHNOLOGIES AND WITH RESPECT TO OPPORTUNITIES IN THE FOLLOWING AREAS: PROCESSING UTILITY SERVICE REQUESTS FOR CHARGING INFRASTRUCTURE, RESOURCES FOR FRONT-LINE UTILITY STAFF, RESOURCES FOR PROSPECTIVE SITE HOSTS, EQUITY & ENERGY JUSTICE, AND WORKFORCE & TRAINING. OVERALL GOALS ARE TO ADVANCE APPROACHES AT SCALE TO REDUCE SOFT COSTS, SUPPORT ACCELERATED DEMAND FOR NEW EV CHARGING INFRASTRUCTURE, AND PROMOTE INCREASED PARTICIPATION IN THE CLEAN ENERGY JOBS OF THE FUTURE.

COMPETITIVE COOPERATIVE AGREEMENT: U.S. INDUSTRY OPPORTUNITIES FOR ADVANCED NUCLEAR TECHNOLOGY DEVELOPMENT FOA #DE-FOA-0001817 PATHWAY 2 - ADVANCED REACTOR DEVELOPMENT PROJECTS

DESIRED – DEEP EFFICIENCY AND SMART GRID INTEGRATED RETROFITS IN DISADVANTAGED COMMUNITIES

SOLAR CRITICAL INFRASTRUCTURE ENERGIZATION SYSTEM (SOLACE)

NEW AWARD TO: ELECTRIC POWER RESEARCH INSTITUTE, INC. AWARD NUMBER: DE-FE0031945 PROJECT TITLED: ENGINEERING-SCALE TEST OF A WATER-LEAN SOLVENT FOR POST-COMBUSTION

LEVERAGING INDUSTRY RESEARCH TO EDUCATE A FUTURE ELECTRIC GRID WORKFORCE

AUTOMATED DEVICE VULNERABILITY EXPLOITATION AND DEFENSIVE IMPACT ANALYSIS ADVEDIA THE OBJECTIVES OF ADVEDIA ARE TO DEVELOP AN INTEGRATED, AUTOMATED SYSTEM TO IDENTIFY THIRD-PARTY AND POTENTIAL ZERO-DAY VULNERABILITIES, VERIFY THEIR EXPLOITABILITY DYNAMICALLY, AND CREATE A FEEDBACK LOOP FOR RAPID ENHANCEMENT OF STATIC ANALYSIS CAPABILITIES.

DISTRIBUTED NETWORK PROTOCOL (DNP3) AUTHENTICATION AND AUTHORIZATION THIS PROJECT WILL UPDATE COMMUNICATIONS STANDARDS, SPECIFICALLY THE DISTRIBUTED NETWORK PROTOCOL SECURE AUTHENTICATION VERSION 6 (DNP3-SAV6), THAT WILL PERFORM CENTRALIZED MANAGEMENT OF AUTHENTICATION AND AUTHORIZATION SERVICES IN A ZERO-TRUST ARCHITECTURE. THIS ADVANCE WILL BE SIGNIFICANT BECAUSE DNP3 IS PRESENTLY USED BY OVER 90% OF POWER UTILITIES IN NORTH AMERICA TO MONITOR AND CONTROL FIELD DEVICES, INCLUDING DISTRIBUTED ENERGY RESOURCES (DER), IN THEIR OPERATIONAL TECHNOLOGY (OT) NETWORKS.

DE-CR0000002 ELECTRIC POWER RESEARCH INSTITUTE PROJECT TITLE: PREPAREDNESS AND MITIGATION FOR GEOMAGNETIC DISTURBANCE AND ELECTROMAGNETIC PULSE IMPACTS TO THE ELECTRIC GRID

DE-FE0031761 - ELECTRIC POWER RESEARCH INSTITUTE INCORPORATED - PROJECT TITLED, ''CONCRETE THERMAL ENERGY STORAGE ENABLING FLEXIBLE OPERATION WITHOUT COAL PLANT CYCLING'' - NEW AWARD

SECURE TELECOMMUNICATIONS ARCHITECTURE FOR TRUSTED AND RESILIENT ELECTRIC COMMUNICATIONS STAR TREC THIS PROJECT WILL RESEARCH, DEVELOP, TEST, AND DEMONSTRATE ZERO TRUST ARCHITECTURES FOR A SECURE, STANDARDS-BASED, AND INTEROPERABLE PRIVATE 4G LTE AND 5G COMMUNICATIONS NETWORK DESIGNED TO MEET THE UNIQUE NEEDS OF ELECTRIC POWER SYSTEMS. THE DEVELOPED SECURITY ARCHITECTURE WILL BE APPLIED TO THE USE CASES OF INTEGRATING DISTRIBUTED ENERGY RESOURCES (DER) AND MICROGRIDS. ADDITIONAL SECURITY CAPABILITIES INCLUDE PROTECTIONS RELATED TO THE REQUIREMENTS OF DER COMMAND AND CONTROL.

SOLAR ENERGY COMMUNITY RESILIENCY (SECURE)

THE PRIMARY OBJECTIVE OF THIS PROPOSED DEMONSTRATION PROJECT IS TO ESTABLISH AND COMPLETE THE COLLABORATIVE ANCILLARY SERVICE ACCELERATOR FOR RENEWABLES (CASAR) PILOT PROGRAM TO SUPPORT THE ELECTRIC INDUSTRY TO REALIZE SIGNIFICANT RENEWABLE TARGETS AND A NET-ZERO CARBON ELECTRICITY SECTOR. THROUGH THE CASAR PILOT PROGRAM, THE PROJECT TEAM WILL ENGAGE A DIVERSE SET OF STAKEHOLDERS TO DEVELOP AND EXECUTE A COLLABORATIVE PILOT PROGRAM TO UNDERSTAND THE FEASIBILITY, VIABILITY, PERFORMANCE, AND ECONOMICS OF PROVIDING ANCILLARY SERVICES FOR THE BULK POWER SYSTEM WITH RENEWABLE ENERGY RESOURCES. THE PROJECT TEAM WILL ENGAGE WITH INDUSTRY STAKEHOLDERS IN THE DESIGN, IMPLEMENTATION, AND DEMONSTRATION OF MULTI-LEVEL CONTROL ARCHITECTURES TO SUPPORT ANCILLARY SERVICES FROM WIND AND SOLAR INVERTER BASED RESOURCES (IBRS). THIS RESEARCH WILL DEMONSTRATE THE CAPABILITY OF THESE TECHNOLOGIES TO PROVIDE A COLLECTION OF BULK SYSTEM ANCILLARY SERVICES RELIABLY, INSTILLING THE CONFIDENCE NEEDED FROM SYSTEM OPERATORS, WHILE ALSO DOING SO COST EFFECTIVELY INCLUDING DURING TIMES WHERE THE SERVICE QUANTITY WOULD OTHERWISE BE DEFICIENT. EPRI WILL WORK TOGETHER WITH THE PROJECT TEAM AND INDUSTRY STAKEHOLDERS TO DESIGN A PILOT PROGRAM THAT WILL ENABLE MULTIPLE DEMONSTRATION SITES OVER A 6-12 MONTH PERIOD THAT WILL PERMIT ALL ENTITIES TO WITNESS THE BENEFITS OF PROVISIONING OF THESE SERVICES BY WIND AND SOLAR AND DETERMINE MODIFICATIONS TO ENABLE THE EVENTUAL FULL PARTICIPATION WITH FORMAL AGREEMENTS BETWEEN PROVIDERS AND OPERATORS AND TARIFF MODIFICATIONS THAT ALLOW FOR PARTICIPATION OF THESE RESOURCES WITHIN ANCILLARY SERVICE MARKETS.

AUTOMATING DETECTION AND DIAGNOSIS OF FAULTS, FAILURES, AND UNDERPERFORMANCE IN PV PLANTS

ADAPTIVE PROTECTION AND VALIDATED MODELS TO ENABLE DEPLOYMENT OF HIGH PENETRATIONS OF SOLAR PV (PV-MOD)

BENEFICIAL INTEGRATION OF ENERGY STORAGE AND LOAD MANAGEMENT WITH PV

“ENABLE BTM DER-PROVIDED GRID SERVICES THAT MAXIMIZE CUSTOMER AND GRID BENEFITS (ENGAGE)”

2010 COL GENERIC LICENSING AND REGULATORY WORK

COMPETITIVE COOPERATIVE AGREEMENT: U.S. INDUSTRY OPPORTUNITIES FOR ADVANCED NUCLEAR TECHNOLOGY DEVELOPMENT FOA #DE-FOA-0001817

THIS PROJECT WILL SUPPORT INVESTMENTS THAT STRENGTHEN THE COMMUNITY OF ELIGIBLE ENTITIES THAT ARE CURRENTLY PROVIDING INFORMATION TECHNOLOGY (IT) AND CYBERSECURITY SUPPORT TO ELIGIBLE ELECTRIC COOPERATIVE AND/OR MUNICIPAL UTILITIES TO ENHANCE THE CYBERSECURITY POSTURE OF ELECTRIC UTILITIES.

DEVELOPING A WORKFORCE FOR A HYDROGEN TECHNOLOGY ECONOMY

QUANTIFYING THE FULL VALUE OF HYDROPOWER IN THE TRANSMISSION GRID

NEW AWARD PROJECT TITLED: DIRECT CURRENT CONVERSION EQUIPMENT CONNECTED TO THE MEDIUM VOLTAGE GRID FOR EXTREME FAST CHARGING UTILIZING A MODULAR AND INTEROPERABLE ARCHITECTURE

CEUS SEISMIC HAZARD UPDATE PROJECT

HARDWARE-ACCELERATED CYBER-SECURITY AT THE EDGE (HASE) THIS PROJECT SEEKS TO DEVELOP HARDWARE-ACCELERATED SECURITY AT THE EDGE (HASE) FOR INDUSTRIAL CONTROL SYSTEMS (ICS), UTILIZING DATA PROCESSING UNITS (DPUS) AND ADVANCED ARTIFICIAL INTELLIGENCE (AI) FOR DATA PROCESSING.

INDIRECT DRY COOLING USING RECIRCULATING ENCAPSULATED PHASE-CHANGE MATERIALS

HYDROPOWER IS AN INVALUABLE COMPONENT OF THE DOMESTIC GENERATION PORTFOLIO PROVIDING NOT ONLY RENEWABLE GENERATION RESOURCES BUT ALSO FLEXIBILITY TO THE GRID, ENABLING THE EFFECTIVE INTEGRATION OF VARIABLE RENEWABLES SUCH AS WIND AND SOLAR. DESPITE HYDROPOWER’S VALUE THERE HAS BEEN LIMITED NEW HYDROPOWER DEPLOYMENT IN THE LAST SEVERAL DECADES DUE TO PROJECT COST AND CHALLENGES ASSOCIATED WITH CONSTRUCTION OF NEW DAMS. ONE POTENTIAL PATH FORWARD IS THE CONVERSION OF NON-POWERED DAMS (NPDS) WITH GENERATION INFRASTRUCTURE TO PROVIDE POWER. NPD CONVERSION PROCESSES AND TECHNOLOGIES ARE STILL EMERGING, WITH ADDITIONAL DEPLOYMENTS NEEDED TO REVISE TECHNIQUES AND HELP BUILD INDUSTRY CONFIDENCE IN THE PERFORMANCE, EFFICIENCY, SAFETY OF THE SECTOR. THE WORK PROPOSED AS PART OF THIS PROJECT SEEKS TO FACILITATE THE DEPLOYMENT AND PERFORMANCE TESTING OF AN NPD CONVERSION TECHNOLOGY, SPECIFICALLY THE AMJET TURBINE SYSTEM (ATS) SYSTEM DEVELOPED BY AMJET, TO HELP OVERCOME DEPLOYMENT AND ADAPTATION BARRIERS FOR THE HYDROPOWER AND DAM OWNER COMMUNITIES. THIS PROJECT BENEFITS FROM PREVIOUS INVESTMENTS IN SPILLWAY ADAPTATION TO FACILITATE THE TECHNOLOGY DEPLOYMENT AT KEOKUK ENERGY CENTER, A HYDROPOWER PLANT OWNED BY AMEREN. FUNDING FROM THE U.S. DEPARTMENT OF ENERGY WILL SUPPORT UNLOCK TESTING OF TWO SIZES OF ATS UNITS, THE RESULTS OF WHICH WILL BE PUBLICLY DISSEMINATED TO ASSIST IN THE UTILIZATION OF NOVEL COMPONENTS, APPROACHES, DESIGNS, AND/OR CONSTRUCTION TECHNIQUES FOR DEVELOPMENT OF HYDROPOWER AT NPDS. THERE ARE TWO BUDGET PERIODS, EACH WITH SPECIFIC OBJECTIVES WHICH BUILD TOWARD THE GOAL OF TECHNOLOGY MATURITY AND TECHNOLOGY TRANSITION.

DEVELOPMENT OF A TRANSMISSION CLASS SOLID STATE CURRENT LIMITER

NEW AWARD: DE-FE0031562 ENTITLED ''CHARACTERIZATION OF LONG-TERM SERVICE COAL COMBUSTION POWER PLANT EXTREME ENVIRONMENT MATERIALS''

ESTABLISHING AN ADVANCED REACTOR FUEL CYCLE ENTERPRISE

THE ELECTRIC POWER RESEARCH INSTITUTE (EPRI) WILL CONDUCT A FULL-SCALE EVALUATION OF DIM, FLICKERING, AND STROBOSCOPIC ULTRAVIOLET (UV) LIGHT AS A DETERRENT TO PREVENT BAT FATALITIES AT WIND TURBINES. THE PROJECT WILL TACKLE THREE RESEARCH INTERESTS: TARGETED BEHAVIORAL RESEARCH STUDYING DETERRENT STIMULI ON BATS, IN SITU BAT DETERRENT TESTING AT A COMMERCIAL-SCALE WIND ENERGY FACILITY, AND ADVANCEMENTS FOR UV DETERRENTS. RESEARCH SUGGESTS THAT BATS BOTH SEE AND MAY BE DETERRED BY UV LIGHTS PROGRAMMED TO FLICKER ASYNCHRONOUSLY THAT PRODUCE AN IRREGULAR QUASI-VISUAL UV NOISE EFFECT (‘UV NOISE’), BUT ROBUST EVALUATION HAS NOT TAKEN PLACE AT AN OPERATIONAL, COMMERCIAL-SCALE WIND ENERGY FACILITY. EPRI WILL EVALUATE THE EFFECTIVENESS OF UV DETERRENTS ON CHANGING BAT BEHAVIOR WITHIN THE ROTOR-SWEPT ZONE USING THREE-DIMENSIONAL (3-D) FLIGHT TRACKING METHODOLOGY AND ACOUSTIC MONITORING TO TEST HOW BAT SPECIES OF CONCERN REACT AND RESPOND TO STIMULI UNDER THREE UV TREATMENTS: LIGHTS OFF (CONTROL), LIGHTS FLICKERING ASYNCHRONOUSLY (‘UV NOISE’), AND LIGHTS FLICKERING IN SYNCHRONY (‘UV FLASH’). SYNCHRONOUS FLASHING OF UV LIGHT IS A NOVEL DETERRENT STIMULUS THAT HAS NOT BEEN TESTED PREVIOUSLY AS A POTENTIAL DETERRENT. UV FLASHES MAY BE MORE NOTICEABLE AND VISUALLY DISRUPTIVE FOR BATS AT A GREATER DISTANCE THAN UV NOISE. EPRI WILL DEVELOP A CONTROLLER MECHANISM TO APPLY LIGHT TREATMENTS AS PART OF A RANDOMIZED BLOCK DESIGN. EPRI WILL VALIDATE THE EFFECTIVENESS OF NOVEL DETERRENT STIMULI/SIGNALS AND UNDERSTAND HOW BATS BEHAVE AROUND DETERRENTS.

IRRADIATION-ASSISTED DEGRADATION OF VESSEL INTERNALS MATERIALS

WIND INTELLIGENTLY INTEGRATED INTO RURAL ENERGY SYSTEMS (WIIRES)

DE-FE0031683, TITLED ''INTEGRATED BOILER MANAGEMENT THROUGH ADVANCED CONDITION MONITORING AND COMPONENT ASSESSMENT''

NEW AWARD-COMPUTATIONAL MODELING AND ASSESSMENT OF NANOCOATINGS FOR ULTRA SUPERCRITICAL BOILERS

TAS::89 0222::TAS; NEW; ULTRAFAST POWER PROCESSOR FOR SMART GRID; ARINDAM MAITRA, PI

DE-FE0031762 - ELECTRIC POWER RESEARCH INSTITUTE, INCORPORATED - PROJECT TITLED, ''INVESTIGATION OF TECHNOLOGIES TO IMPROVE CONDENSER HEAT TRANSFER AND PERFORMANCE IN A RELEVANT COAL-FIRED POWER PLANT'' - NEW AWARD

THE OBJECTIVE OF THE PROJECT IS TO IMPROVE THE RELIABILITY, OPERABILITY, AND PRODUCTIVITY OF CONCENTRATING SOLAR POWER (CSP) PLANTS THROUGH DEVELOPMENT OF A ‘THEORY & PRACTICE’ GUIDELINE IN COLLABORATION WITH TECHNOLOGY END-USERS. SPECIFICALLY, THE PROJECT WILL SYSTEMATICALLY ADDRESS IDENTIFIED CHALLENGES IN OPERATION AND MAINTENANCE OF KEY STEAM GENERATING AND POWER PRODUCTION COMPONENTS SUCH AS THE REHEAT/SUPERHEAT AND EVAPORATOR/ECONOMIZER LOOPS, HEAT-EXCHANGERS, STEAM TURBINE-GENERATOR, PIPING, STEAM AND WATER CHEMISTRY, AND BALANCE OF PLANT COMPONENTS. THE UNIQUE OPERATING CONDITIONS OF CSP PLANTS, CYCLIC ON/OFF OPERATION AND INTEGRATION WITH DIFFERENT THERMAL STORAGE SOLUTIONS, ARE CHALLENGING TO THE TRADITIONAL STEAM TURBINE DRIVEN POWER CYCLES AND AS-SUCH SPECIFIC GUIDELINES ARE NEEDED BY END-USERS TO ACHIEVE RELIABLE OPERATION. THE DEVELOPED GUIDELINES WILL BE APPLICABLE, TO THE EXTENT POSSIBLE, TO ALL CSP PLANTS WHICH UTILIZE STEAM RANKINE CYCLES TO GENERATE ELECTRICITY.

HIGH EFFICIENCY THERMAL INTEGRATION OF SUPERCRITICAL CO2 BRAYTON POWER CYCLES FOR OXY-FIRED HEATERS

THIS PROJECT SEEKS TO EXTEND AND DEMONSTRATE THAT WORK USING DIGITAL TWINS ACROSS DIFFERENT AREAS OF ELECTRIC POWER GENERATION. THIS PROJECT PLANS TO MEET THE OBJECTIVES TO ENHANCE SECURITY BY PERFORMING DESIGN, CYBER-INFORMED ENGINEERING, LABORATORY SCALE DEPLOYMENT, AND TESTING IN A RELEVANT ENVIRONMENT.

OPERATIONAL PROBABILISTIC TOOLS FOR SOLAR UNCERTAINTY (OPTSUN)

LARGE-SCALE NET-SHAPE ODS COMPONENT MANUFACTURING FOR HARSH ENVIRONMENTS VIA OXIDE DOPING IN LASER DIRECTED ENERGY DEPOSITION

NEW AWARD DE-EE0008452 PROJECT TITLED: CYBERSECURITY PLATFORM AND CERTIFICATION FRAMEWORK DEVELOPMENT FOR EXTREME FAST CHARGING-INTEGRATED CHARGING INFRASTRUCTURE ECOSYSTEM

ESTABLISHING BASELINE DATA ON BAT ACTIVITY IN THE OFFSHORE ENVIRONMENT: DEVELOPING TOOLS AND MODELS TO QUANTIFY RISK OF OFFSHORE WIND ENERGY DEVELOPMENT THE OBJECTIVE OF THIS PROJECT IS TO UNDERSTAND THE RISK THAT OFFSHORE WIND DEVELOPMENT MAY POSE TO BATS ALONG THE WEST COAST OF THE UNITED STATES. THE PROJECT GOAL IS TO USE THE RESULTS OF ACOUSTIC BAT MONITORING AND PASSIVE RADIO TELEMETRY TO DEFINE THE ENVIRONMENTAL AND SEASONAL ENVELOPE IN WHICH BAT ACTIVITY OCCURS OFFSHORE ON THE WEST COAST AND THEN APPLY A SPATIAL MODEL OF COARSE-SCALE CLIMATOLOGICAL DATA TO IDENTIFY OFFSHORE AREAS IN WHICH CONDITIONS CONDUCIVE TO BAT PRESENCE OCCUR MORE FREQUENTLY.

NEW AWARD DE-FE0031589 WITH ELECTRIC POWER RESEARCH INSTITUTE TITLED ''INITIAL ENGINEERING DESIGN OF A POST-COMBUSTION CO2 CAPTURE SYSTEM FOR DUKE ENERGY'S EAST BEND STATION USING MEMBRANE-BASED TECHNOLOGY''

COMPREHENSIVE ASSESSMENT OF ON-AND OFF-BOARD VEHICLE-TO-GRID TECHNOLOGY PERFORMANCE AND IMPACTS ON BATTERY AND THE GRID

SECURE POLICY-BASED CONFIGURATION FRAMEWORK (PBCONF)

INVERTERS ARE A CRITICAL COMPONENT FOR GENERATING PV ELECTRICITY. THEY HAVE BEEN IDENTIFIED AS THE LARGEST SOURCE OF CORRECTIVE MAINTENANCE AND DOWNTIME IN LARGE-SCALE PV PLANTS. SEMINAL RESEARCH ON DOCUMENTING INVERTER FAILURES INDICATES THAT ELECTRICAL COMPONENTS ARE, CUMULATIVELY, THE BIGGEST CULPRIT. EXTENDING COMPONENT LIFETIME TOWARDS IMPROVING INVERTER RELIABILITY IS IMPORTANT FOR NUMEROUS REASONS, INCLUDING: CONTINUING TO REDUCE TO THE LEVELIZED COST OF ENERGY (LCOE) FROM PV PLANTS AND INCREASING RELIANCE ON INVERTER-BASED RESOURCES TO PROVIDE GRID SUPPORT AS PENETRATION LEVELS INCREASE. IMPROVING INVERTER RELIABILITY IS ALSO IMPORTANT TOWARDS ACHIEVING THE 2¢/KWH LEVELIZED COST OF ELECTRICITY (LCOE) TARGETED BY SETO, ESPECIALLY FOR THE VISION OF 50-YEAR SERVICE LIVES FOR PV PLANTS. THIS PROJECT USES A MIX OF FIELD-BASED AND LAB-BASED TESTING TO BETTER UNDERSTAND INVERTER FAILURE MODES, IDENTIFY OPPORTUNITIES FOR IMPROVING INVERTER RELIABILITY, DEVELOP SERVICE LIFETIME ESTIMATES AND PREDICTIVE MAINTENANCE FOR INVERTERS, AND ESTABLISH BEST PRACTICES FOR INVERTER-FOCUSED RETROFITTING AT LARGE-SCALE PV PLANTS.

IMPROVING ECONOMICS OF GENERATION 3 CSP SYSTEM COMPONENTS THROUGH FABRICATION AND APPLICATION OF HIGH TEMPERATURE NICKEL-BASED ALLOYS

HIGH-PERFORMANCE HYBRID SIMULATION/MEASURE-BASED TOOLS FOR PROACTIVE OPERATOR DECISION-SUPPORT

UNMANNED AIRCRAFT SYSTEMS (UAS) AND LIGHT DETECTION AND RANGING(LIDAR)/CAMERA TECHNOLOGIES TO DETECT AVIAN EVENTS AND OTHER ENVIRONMENTAL MEASURES AT UTILITY-SCALE SOLAR POWER PLANTS

HYDROPOWER FLEXIBILITY FRAMEWORK

EPRI ADVANCED SYNCHROPHASOR

THE PURPOSE OF THE PROPOSED PROJECT IS TO EVALUATE THE ABILITY OF THE FISHHEART FISH PASSAGE SYSTEM TO PROVIDE SAFE, EFFECTIVE, AND TIMELY PASSAGE FOR CERTAIN MIGRATING FISH SPECIES FOUND IN WATERS OF THE EAST COAST OF THE UNITED STATES (U.S.). THE FISHHEART FISH PASSAGE SYSTEM IS A RECENT INNOVATION INVENTED IN FINLAND WHICH HAS ONLY PROVEN PASSAGE FOR CERTAIN FISH SPECIES IN FINLAND AND SWEDEN. PROJECT ACTIVITIES WOULD PRIMARILY BE COMPLETED BY THE ELECTRIC POWER RESEARCH INSTITUTE (EPRI), FISHHEART LTD., VERDANTAS FLOW LABS, AND THE PACIFIC NORTHWEST NATIONAL LAB (PNNL). PLANNED ACTIVITIES INCLUDE THE DEPLOYMENT OF A FISHHEART FISH PASSAGE SYSTEM AT SANTEE COOPER’S SPILLWAY DAM ON THE SANTEE RIVER (SOUTH CAROLINA), USE OF MONITORING TECHNOLOGIES TO EVALUATE FISH ACTIVITY WHILE OPERATING THE FISHHEART SYSTEM, COLLECT AND EVALUATE FISH THAT PASS THROUGH THE FISHHEART SYSTEM, AND ENGAGEMENT WITH HISTORICALLY BLACK COLLEGES AND UNIVERSITIES (HBCUS). FINDINGS WOULD BE REPORTED TO THE U.S. DEPARTMENT OF ENERGY (DOE) AND RESEARCH COMMUNITY, WHICH WOULD INCLUDE THE DELIVERY OF A FINAL TECHNICAL REPORT TO DOE. BENEFICIARIES OF THE PROJECT WOULD INCLUDE STAKEHOLDERS AFFECTED BY RESEARCH AND ADVANCEMENT OF FISH PASSAGE TECHNOLOGIES AT HYDROPOWER FACILITIES.

DE-EE009160: ELECTRIC POWER RESEARCH INSTITUTE INCORPORATED - PROJECT TITLED, ''ELECTROSTATIC DEHUMIDIFICATION'' - NEW AWARD

ELECTRIC POWER RESEARCH INSTITUTE, INC., NEW AWARD, LIQUID CARBON DIOXIDE SLURRY (LCO2) FOR FEEDING LOW RANK COAL (LRC) GASIFIERS

NEW AWARD - "FISH FRIENDLY" HYDROPOWER TURBINE DEVELOPMENT & DEPLOYMENT: PHASE II PRELIMINARY ENGINEERING & MODEL TESTING

NEW AWARD ENTITLED COLD CLIMATE HEAT PUMP USING VAPOR COMPRESSION CYCLE CASCADED WITH A THERMOELECTRIC HEAT PUMP

RECOVERY ACT: INTEGRATING MIDWEST WIND ENERGY INTO SOUTHEAST ELECTRICITY MARKETS

GRID INTERACTIVE MICROGRID CONTROLLER FOR RESILIENT COMMUNITIES

EVALUATION OF THE TURBINE INTEGRATED MORTALITY REDUCTION (TIMR) TECHNOLOGY AS A SMART CURTAILMENT APPROACH

ENABLING STAGED PRESSURIZED OXY-COMBUSTION: IMPROVING FLEXIBILITY AND PERFORMANCE AT REDUCED COST

PERFORMANCE TESTING TO ADVANCE MODULAR, MOVING-BED GASIFICATION FOR THE GENERATION OF LOW-COST, CLEAN HYDROGEN FROM BIOMASS MIXED WITH LEGACY COAL WASTE, WASTE PLASTIC, AND/OR OTHER WASTE THE OBJECTIVE OF THE WORK PROPOSED BY THE RECIPIENT AND THE PROJECT TEAM IS TO QUALIFY BIOMASS WITH A MIXTURE OF LEGACY COAL WASTES, PLASTIC WASTES, AND OTHER WASTES AS ACCEPTABLE FUELS BASED ON PERFORMANCE TESTING OF SELECTED FUEL BLEND RECIPES IN A LABORATORY-SCALE UPDRAFT MOVING-BED GASIFIER.

ZORITA INTERNALS RESEARCH PROJECT

CUSTOMER OPTIONS LANDSCAPE: OPPORTUNITIES FOR CO-ADOPTION AND TECHNOLOGY EVOLUTION OF DISTRIBUTED ENERGY RESOURCES (CO-LOCATED)

CEUS SEISMIC HAZARD UPDATE PROJECT

NOVEL ACCELERATED AGING PROTOCOLS FOR PHOTOVOLTAIC MODULES

COMPETITIVE COOPERATIVE AGREEMENT: U.S. INDUSTRY OPPORTUNITIES FOR ADVANCED NUCLEAR TECHNOLOGY DEVELOPMENT FOA #DE-FOA-0001817 PATHWAY 1 – FIRST-OF-A-KIND NUCLEAR DEMONSTRATION READINESS PROJECTS - DEMONSTRATION OF ADVANCED MANUFACTURING TO ENABLE AN ALTERNATIVE US SUPPLY CHAIN FOR SMR COMPONENTS

DEVELOPMENT OF ALTERNATE METHODS OF DETERMINING INTEGRATED SMR SOURCE TERMS

CHARGING INFRASTRUCTURE INTERCONNECTION SIMPLIFICATION RESOURCE CIISR THE PURPOSE OF THIS AWARD IS TO ACCELERATE NEW SERVICE GRID INTERCONNECTIONS ACROSS THE TRANSPORTATION LANDSCAPE, AND TO INCREASE VISIBILITY INTO FLEET ELECTRIFICATION AND CHARGING INFRASTRUCTURE.

ACCELERATING RESILIENCE OF THE COMMUNITY THROUGH HOLISTIC ENGAGEMENT AND USE OF RENEWABLES (ARCHER) PLANNING FRAMEWORK A. PROJECT OBJECTIVES THE OVERARCHING GOAL OF ARCHER IS TO RECOGNIZE AND ACCOUNT FOR DIFFERENCES IN ENERGY AND SOCIAL BURDEN, LIVING CONDITIONS, AND ACCESS TO SERVICES UNIQUE TO EACH COMMUNITY, WHICH CAN THEN INFORM COMMUNITY RESILIENCE INVESTMENTS, EVEN DOWN TO INDIVIDUAL NEIGHBORHOODS. THE FRAMEWORK AIMS TO CREATE PLANNING GUIDELINES, PRACTICES, AND MEASURES FOR COMMUNITY ENERGY RESILIENCE, TO COMBINE PLANNING FOR COMMUNITY AND ELECTRIC UTILITY SYSTEM RESILIENCE, AND TO TEST AND VALIDATE THE FRAMEWORK’S VALUE IN A TEST CASE(S) AGAINST TRADITIONAL AND OPERATIONAL PLANNING.

LEVERAGING INDUSTRY RESEARCH TO EDUCATE A FUTURE ELECTRIC GRID WORKFORCE IN THE WESTERN U.S.

DE-CR0000025 TITLED DEVELOPMENT OF 5-YEAR WILDFIRE RISK REDUCTION ACTION PLAN. NEW AWARD TO ELECTRIC POWER RESEARCH INSTITUTE.

THIS PROJECT IS TO DESIGN A REGIONAL WATER QUALITY TRADING (WQT) PROGRAM FOR THE ENTIRE OHIO RIVER BASIN THAT WILL ADDRESS THE GROWING NEED FOR AND V

NUCLEAR QUALIFICATION DEMONSTRATION OF A COST EFFECTIVE COMMON CAUSE FAILURE MITIGATION IN EMBEDDED DIGITAL DEVICES

DE-FE0032024; NEW AWARD SAND THERMAL ENERGY STORAGE PILOT DESIGN THE PURPOSE OF THIS PROJECT IS TO PERFORM A FEASIBILITY STUDY ON THE INTEGRATION OF A 10-MWH-E SAND-BASED THERMAL ENERGY STORAGE SYSTEM. THE EFFORT IS DESIGNED TO ACHIEVE THE GOAL OF ADVANCING A NEAR-TERM, FOSSIL-FUELED ASSET-INTEGRATED, ENERGY STORAGE SOLUTION TOWARD COMMERCIAL DEPLOYMENT.

THIS ACTION WILL INITIATE A FUNDING OPPORTUNITY ANNOUNCEMENT NUMBER FOR THE FOA TITLED ''STANDARD MODULAR HYDROPOWER CONCEPT APPLICATION''.

COMPETITIVE COOPERATIVE AGREEMENT: U.S. INDUSTRY OPPORTUNITIES FOR ADVANCED NUCLEAR TECHNOLOGY DEVELOPMENT FOA #DE-FOA-0001817

AGREEMENT NUMBER: DE-FE0031535 TITLE: ''EVALUATION OF STEAM CYCLE UPGRADES TO IMPROVE THE COMPETITIVENESS OF UNITED STATES COAL POWER PLANTS''

OPERATIONAL SIMULATION TOOLS AND LONG TERM STRATEGIC PLANNING FOR HIGH PENETRATIONS OF PV IN THE SOUTHEASTERN US

CARDIOPULMONARY TOXICITY INDUCED BY AMBIENT PARTICULATE MATTER

NUCLEAR ENERGY ENABLING TECHNOLOGIES - ADVANCED METHODS FOR MANUFACTURING

COGIHTO: COMPREHENSIVE GEOTHERMAL INTEGRATED HVAC RETROFITS IN DISADVANTAGED COMMUNITIES BUDGET PERIOD 1 - PLANNING AND DESIGN DURING BUDGET PERIOD 1, THE PROJECT COALITION WILL CONDUCT THE PLANNING AND DEVELOP A DETAILED PLAN FOR DEPLOYMENT OF A COMMUNITY GEOTHERMAL HEATING AND COOLING SYSTEM THAT SATISFIES AT LEAST 25% OF THE HEATING AND COOLING DEMAND IN A DISADVANTAGED URBAN COMMUNITY WHERE CURRENT FUEL USE FOR HEATING HAS A NEGATIVE IMPACT ON LOCAL AIR QUALITY AND CONTRIBUTE TO SIGNIFICANT CO2 EMISSIONS. THE ACCOMPLISH THIS, THE SPECIFIC OBJECTIVES OF THIS PROJECT IN BUDGET PERIOD 1 INCLUDE: 1. CONDUCT A TECHNO-ECONOMIC ANALYSIS OF THE PORTFOLIO OF AFFORDABLE HOUSING COMMUNITIES TO IDENTIFY THE MOST APPROPRIATE COMMUNITIES FOR GEOTHERMAL INTEGRATED HVAC RETROFITS. IN THE PROCESS OF CONDUCTING THE ANALYSIS, ESTABLISH A DECISION FRAMEWORK AND BEST-PRACTICES FOR OPTIMAL RETROFIT STRATEGY FOR EACH OF THE IDENTIFIED COMMUNITIES FROM A RANGE OF RETROFITS SUCH AS GEOTHERMAL DISTRICT HEATING/COOLING (GDH), REPLACING BOILER-BASED SYSTEMS WITH GROUND SOURCE HEAT PUMPS (GSHP), AND DUAL-SOURCE (AIR AND GROUND SOURCED) HEAT PUMPS THAT CAN IMPROVE HP EFFICIENCY IN COLD CLIMATES, TO NAME A FEW. 2. DEVELOP WORKFORCE TRAINING IN PARALLEL WITH ANALYSIS/DESIGN. THIS WILL HELP INCREASE ACCESS TO HIGH-QUALITY TRAINED AND CERTIFIED STAFF DURING AND AFTER THE COMPLETION OF BUDGET PERIOD 1 IF THE PROJECT WILL CONTINUE THROUGH BUDGET PERIOD 2. 3. ENGAGE THE COMMUNITY BY WORKING THROUGH COMMUNITY-BASED ORGANIZATIONS (CBO). THIS GRASSROOTS LEVEL EFFORT HELPS TO EDUCATE ABOUT ENERGY AND RESOURCE USE, THE OVERALL RETROFIT PROCESS, AND IDENTIFIES COMMUNITY CHAMPIONS WHO UNDERSTAND THE POTENTIAL FOR COMMUNITY BENEFITS INCLUDING IMPROVED AIR QUALITY, MITIGATING HEALTH RISKS FROM EXTREME WEATHER THROUGH IMPROVED ACCESS TO COOLING AND HEATING, AND REDUCTION IN ENERGY BURDEN ARISING FROM EFFICIENT ELECTRICITY UTILIZATION. 4. ESTABLISH DEPLOYMENT APPROACHES THAT CAN HELP TO SCALE GEOTHERMAL RETROFITS IN LARGE-SCALE AFFORDABLE MULTIFAMILY COMMUNITIES. THIS IS DONE BY INCORPORATING LESSONS LEARNED DURING DESIGN AND DEVELOPING TOOLS AND TECHNIQUES TO IMPROVE PROCESSES FOR TYPICAL PROJECT BOTTLENECKS SUCH AS PERMITTING, ENVIRONMENTAL IMPACT ASSESSMENT, RESIDENT DISPLACEMENT DURING RETROFITS, AND SUPPLY CHAIN CHALLENGES. AT THE COMPLETION OF BUDGET PERIOD 1, THE TEAM WILL HAVE DEVELOPED THE PLANNING AND DESIGN NEEDED TO INSTALL AND DEPLOY THE DESIGNED SYSTEM IN THE PARTNER COMMUNITY, AS WELL AS DETAILED PLANS TO ENGAGE THE LOCAL COMMUNITY AND LAUNCH WORKFORCE DEVELOPMENT EFFORTS IN BUDGET PERIOD 2. THIS INCLUDES THE NECESSARY DESIGN DOCUMENTATION TO OPEN A COMPETITIVE BID PROCESS FOR CONSTRUCTION FIRMS TO SUBMIT BIDS FOR THE PROJECT. IN ADDITION, THE PROJECT TEAM WILL ENGAGE COMMUNITY BASED ORGANIZATIONS (CBOS) AND LOCAL INDUSTRY ASSOCIATIONS AND DEVELOP PLANS TO ENGAGE THE COMMUNITY AND WORKFORCE THROUGH BUDGET PERIOD 2.

CUMBUSTION TURBINE HOT SECTIONCOATING LIFE MANAGEMENT

DE-FE0031678 TITLED ''DEMONSTRATIONS OF HOLISTIC, LOWER COST/ENERGY EFFLUENT WATER MANAGEMENT APPROACHES FOR COAL-FIRED ENERGY.''

GEMINA FOA - DE-FOA-00002174 ELECTRIC POWER RESEARCH INSTITUTE CONTROL NO: 2174-1529

DEVELOPMENT OF A TRANSMISSION CLASS SOLID-STATE CURRENT LIMITER

PHYSICS-BASED DIGITAL TWIN AND SURROGATE-MODEL OF A HYDROGEN-BLEND COMBINED CYCLE GAS TURBINE WITH POST-COMBUSTION CARBON CAPTURE THIS PROJECT AMBITIOUSLY TARGETS THE DEVELOPMENT OF AN INNOVATIVE DIGITAL TWIN FRAMEWORK, SPECIFICALLY DESIGNED FOR INTEGRATED HYDROGEN-BASED SYSTEMS WITH CARBON CAPTURE, DIRECTLY CORRESPONDING WITH AREA OF INTEREST 20'S EMPHASIS ON ADVANCING ENERGY SYSTEMS THROUGH INNOVATIVE DIGITAL SOLUTIONS. THE AIM IS TO ENHANCE OPERATIONAL EFFICIENCY, OPTIMIZE FLEXIBLE OPERATIONS, AND SUPPORT THE TRANSITION TO CLEAN ENERGY TECHNOLOGIES. THE PROJECT WILL CREATE INTO A COHESIVE HYDROGEN FUEL BLEND, GAS TURBINE COMBINED CYCLE WITH CARBON CAPTURE (H2-GTCC-CC) DIGITAL TWIN MODEL FOR USE BY THE ENERGY COMMUNITY TO ASSESS THE NET ZERO CAPABILITY AND PERFORMANCE OF NEW AND EXISTING GTCC PLANTS WHEN OPERATED WITH HYDROGEN FUEL BLENDING AND CARBON CAPTURE UNDER FLEXIBLE OPERATIONS.

TOXICOLOGICAL EVALUATION OF REALISTIC EMISSIONS OF SOURCE AEROSIS (TERESA)

AWARD DE-FE0029489 FOR PROJECT ENTITLED, ''CALIFORNIA CO2 STORAGE ASSURANCE FACILITY ENTERPRISE (C2SAFE).

FIELD DEMONSTRATION OF COLD CLIMATE HEAT PUMP WATER HEATERS FOR MULTI-FAMILY BUILDINGS

OPTIMIZATION OF ADVANCED STEELS FOR CYCLIC OPERATION THROUGH AN INTEGRATION OF MATERIAL TESTING, MODELING AND NOVEL COMPONENT TEST VALIDATION

DE-FE0031687 ''REFINING PRINCIPAL STRESS MEASUREMENTS IN RESERVOIR UNDERBURDEN IN REGIONS OF INDUCED SEISMICITY THROUGH SEISMOLOGICAL TOOLS, LABORATORY EXPERIMENTS, AND THEORY''

NEW AWARD TO ELECTRIC POWER RESEARCH INSTITUTE, INC. (EPRI). AWARD NUMBER: DE-FE0032044. PROJECT ENTITLED: PERFORMANCE TESTING OF A MOVING-BED GASIFIER USING COAL, BIOMASS, AND WASTE PLASTIC BLENDS TO GENERATE WHITE HYDROGEN.

COMPUTATIONAL MODELING AND ASSESSMENT OF NANOCOATINGS FOR ULTRA SUPERCRITICAL BOILERS

EXECUTE A BALANCED SCIENCE PROGRAM BASED ON DISCIPLINE-SPECIFIC GUIDANCE FROM THE NATIONAL ACADEMIES OF SCIENCES ENGINEERING AND MEDICINE ADMINISTRATION PRIORITIES AND DIRECTION FROM CONGRESS. PARTICIPATE AS A KEY PARTNER AND ENABLER IN THE AGENC

USE OF PRODUCED WATER IN RECIRCULATED COOLING SYSTEMS AT POWER GENERATING FACILITIES

FISH FRIENDLY, HYDROPOWER TURBINE DEVELOPMENT & DEPLOYMENT: PHASE II PRELIMINARY ENGINEERING & MODEL TESTING

NUCLEAR ENERGY ENABLING TECHNOLOGIES - REACTOR MATERIALS

ELECTRIC SUB-SECTOR CYBER RISK ASSESSMENT AND FAILURE SCENARIOS ASSESSMENTS

ASSESSING THE BENEFITS & VALUE OF NEW POWER FLOW CONTROLLERS

WAVE ENERGY RESOURCE ASSESSMENT AND GIS DATABASE FOR THE U.S.

FOSSIL FLEET TRANSITION WITH FUEL CHANGES AND LARGE SCALE VARIABLE RENEWABLE INTEGRATION

DC ARC-FLASH SAFETY FOR 1,500VDC: METHODOLOGY, VERIFICATION, AND CODIFYING

SMR USER REQUIREMENTS DOCUMENT

TAS::89 0321::TAS ASSESSMENT OF THE ENVIRONMENTAL EFFECTS OF HYDROKINETIC TURBINES ON FISH: DESKTOP AND LABORATORY FLUME STUDIES

ADVANCED MONITORING TO IMPROVECOMBUSTION TURBINE (CT) COM- BINED CYCLE (CC) RELIABILIITY,AVAILAABILITY AND MAINTAIN- ABILITY (RAM)

NUCLEAR ENERGY UNIVERSITY PROGRAMS - NUCLEAR ENERGY UNIVERSITY PROGRAMS CONSOLIDATED INNOVATIVE NUCLEAR RESEARCH - ELECTRIC POWER RESEARCH INSTITUTE, INC.

TO PROVIDE AN OXIDATION/CORROSION MODEL TO PREDICT THE PERFORMANCE OF STRUCTURAL ALLOYS IN SUPERCRITICAL CO2 IN SEVERE OPERATING ENVIRONMENTS A

TAS::89 0321::TAS A FIRST ASSESSMENT OF U.S. IN-STREAM HYDROKINETIC RESOURCES SINCE 1986

BATTERY EXPLOSION HAZARD CALCULATOR FOR LITHIUM BATTERY SYSTEM FAILURE EVENT SCALING AND ASSESSMENT

CLEAN TECHNOLOGY ACCELERATOR PROGRAM (CLEANTAP)

DISTRIBUTED FIBER OPTIC ARRAYS: INTEGRATED TEMPERATURE AND SEISMIC SENSING FOR DETECTION OF CO2 FLOW, LEAKAGE AND SUBSURFACE DISTRIBUTION

INNOVATIVE METHOD FOR WELDING IN GENERATION 3 CSP TO ENABLE RELIABLE MANUFACTURING OF SOLAR RECEIVERS TO WITHSTAND DAILY CYCLING AT TEMPERATURES ABOVE 700OC

DE-EE0009232 (AWARD) - ELECTRIC POWER RESEARCH INSTITUTE: ANALYSIS OF ELECTRIC HEAVY-DUTY DRIVING AND INFRASTRUCTURE REQUIREMENTS WITHIN A REGIONAL AREA

THIS PROJECT AIMS TO COLLECT DATA FROM AN EXISTING AND OPERATING UTILITY-SCALE DIRECT CURRENT (DC)-COUPLED PHOTOVOLTAIC (PV)-PLUS-STORAGE PLANT, SUCH AS ONE IN MISSISSIPPI, PREPARE AND SHARE DATA PUBLICLY, AND PROVIDE EXAMPLE SOLAR RESOURCE, PLANT PERFORMANCE, AND BATTERY DEGRADATION ANALYSIS. THE COLLECTED DATA WILL BE PREPARED INTO SEPARATE DATASETS, ORGANIZED BY DIFFERENT RESEARCH AREAS OF FOCUS AND DIFFERENT TEMPORAL RESOLUTIONS.

ASSESSMENT OF POTENTIAL IMPACT OF ELECTROMAGNETIC FIELDS FROM UNDERSEA CABLE ON MIGRATORY FISH BEHAVIOR

EPRI'S DELIVERABLES IN SUPPORT OF THE NASA SOLAR SHIELD PROJECTEPRI IS PROPOSING TO WORK IN SUPPORT

CENTRAL AND EASTERN (CEUS) SEISMIC HAZARD UPDATE PROJECT

INTEGRATE COMPUTATIONAL MATERIALS ENGINEERING & IN-SITU PROCESS MONITORING FOR RAPID QUALIFICATION OF COMPONENTS MADE BY LASER-BASED POWDER BED ADDIT

TECHNOLOGY FOR SMALL MODULAR REACTOR STAFF OPTIMIZATION

TECHNOECONOMIC ANALYSIS OF NOVEL PV PLANT DESIGNS FOR EXTREME COST REDUCTIONS

DE-FE0032017: ELECTRIC POWER RESEARCH INSTITUTE, INCORPORATED PROJECT TITLED, ''MODULAR, CRUSHED-ROCK THERMAL ENERGY STORAGE PILOT DESIGN'' NEW AWARD

DE-FE0032016: ELECTRIC POWER RESEARCH INSTITUTE, INCORPORATED PROJECT TITLED, ''LIQUID SALT COMBINED-CYCLE PILOT PLANT DESIGN'' NEW AWARD

NASA LUNAR POWER SYSTEM

DE-FE0031643, CYBER SECURITY RISK REDUCTION FRAMEWORK FOR GENERATION I&C TECHNOLOGY

MACHINE LEARNING AND DATA ANALYTICS FOR AUTOMATION DETECTION

18 MONTH EFFORT ENTITLED "DIRECT MEASUREMENT OF MERCURY REACTIONS IN COAL POWER PLANT PLUMES"

THIS PROJECT WILL GENERATE ROBUST SCIENCE RESULTS (OBJECTIVE 3.2 ' PRIORITIZE ROBUST SCIENCE) BY AIMING TO ADDRESS A NOVEL TECHNICAL CHALLENGE, OBTAINING AND INTERPRETING SPATIALLY VARYING AIR QUALITY DATA FROM A MOBILE PLATFORM. RESULTS FROM THIS TYPE OF MOBILE AIR QUALITY MONITORING WILL PROVIDE POWERFUL TOOLS TO STATE/LOCAL PUBLIC HEALTH OFFICIALS (OBJECTIVE 2.3 ' INCREASE TRANSPARENCY AND PUBLIC PARTICIPATION) AND IMPROVE AIR QUALITY TO ENSURE MORE AMERICANS ARE LIVING AND WORKING IN AREAS THAT MEET HIGH AIR QUALITY STANDARDS (OBJECTIVE 1.1 ' IMPROVE AIR QUALITY).

BUILD CAPACITY IN FRONTLINE COMMUNITIES TO EVALUATE THE RISKS AND TAKE REMEDIAL ACTION TO POTENTIAL MERCURY CONTAMINATION FROM SEAWATER FLUE GAS DESULFURIZATION SYSTEMS.

DEVELOPMENT OF ALTERNATE METHODS OF DETERMINING INTEGRATED SMR SOURCE TERMS

WAVE ENERGY RESOURCE ASSESSMENT AND GIS DATABASE FOR THE U.S.

CARDIOPULMONARY TOXICITY INDUCED BY AMBIENT PARTICULATE MATTER

TERESA - APPLICATION TO COAL-FIRED POWER PLANT-DERIVED PM2.5

CO-FUNDING OF THE EPRI HIGH SULFUR TEST FACILITY

DEMONSTRATING A MARKET-BASED APPROACH TO RECLAMATION OF MINED LANDS IN WEST VIRGINIA

UPGRADED COAL INTEREST GROUP

ENERGY AVAILABILITY MARKET, GREENHOUSE GAS EMISSIONS REDUCTION, INTRA-DAY LOOK-AHEAD COMMITMENT AND STORAGE MODELING ENHANCEMENTS (ENERGISE) IN THE SPP REGION