Professional support services in support of the Program Executive Office for Unmanned and Small Combatants (PEO USC).

Labor-Administration/Operational Support

Defense Information Systems Agency (DISA) COMPUTER FACILITIES MANAGEMENT SERVICES

Defense Information Systems Agency (DISA) COMPUTER FACILITIES MANAGEMENT SERVICES - Operations and Sustainment Support

Defense Information Systems Agency (DISA) COMPUTER FACILITIES MANAGEMENT SERVICES - Integration Support Services

THE NAVAJO TRANSITIONAL ENERGY COMPANY, LLC (“NTEC”) IS PROPOSING TO DEVELOP A FULL-SCALE INTEGRATED CO2 CAPTURE PROJECT FOR THE FOUR CORNERS POWER PLANT (“FCPP”), LOCATED ON THE NAVAJO NATION. THE PROPOSED PROJECT RETROFIT OF POST-COMBUSTION CO2 CAPTURE TECHNOLOGY AND EQUIPMENT USING MITSUBISHI HEAVY INDUSTRIES LTD.’S (“MHI”) STATE-OF-THE-ART KS-21™ SOLVENT WILL BE CAPABLE OF CAPTURING A MINIMUM OF 95% OF THE CO2 EMISSIONS FROM THE FCPP, REPRESENTING 10M+ TONNES OF CO2 PER YEAR. NTEC HAS PARTNERED WITH ENCHANT ENERGY, LLC (“ENCHANT ENERGY”) AS THE CO2 CAPTURE PROJECT DEVELOPER. ADDITIONALLY, NTEC AND ENCHANT ENERGY HAVE PARTNERED WITH OXY LOW CARBON VENTURES (“OLCV”) AND NEW MEXICO INSTITUTE OF MINING AND TECHNOLOGY (“NMTECH”), UNDER CARBONSAFE FOA-2711, FOR DEVELOPMENT OF THE CO2 OFFTAKE SOLUTION, INCLUDING PIPELINE AND SEQUESTRATION SITE DEVELOPMENT FOR THE INTEGRATED FRONT-END ENGINEERING AND DESIGN (“FEED”) STUDY. THIS FEED STUDY, PERFORMED UNDER THE BIL CARBON CAPTURE DEMONSTRATION PROJECTS PROGRAM, WILL SUPPORT THE DEVELOPMENT OF THE ENTIRE PROJECT INTEGRATING FOA 2738 FOR THE CAPTURE PORTION AND FOA 2711 (CARBONSAFE) FOR THE TRANSPORT AND STORAGE.

MULTIDAY STORAGE AT SCALE FOR FIRM RENEWABLE ELECTRICITY SHARED VISION OF XCEL ENERGY SERVICES, INC. AND OCED: 1) DEMONSTRATE THE VIABILITY OF IRON-AIR BATTERY TECHNOLOGY FOR MULTI-DAY STORAGE; 2) DEMONSTRATE THE COMPETITIVENESS OF A 100-HOUR CONTINUOUS DISCHARGE SYSTEM FOR LONG-DURATION ENERGY STORAGE APPLICATIONS; 3) PROVIDE TANGIBLE BENEFITS TO IMPACTED COMMUNITIES AND WORKERS ALIGNED WITH LOCAL PRIORITIES AND ADVANCE OPPORTUNITIES FOR HISTORICALLY UNDERREPRESENTED WORKERS AND BUSINESSES; AND 4) CONTRIBUTE TOWARD WIDESPREAD U.S. ADOPTION OF MULTI-DAY BATTERY STORAGE BY 2030. STATEMENT OF PROJECT OBJECTIVES: 1. MINNESOTA STORAGE: AT THE SITE OF AN EXISTING POWER STATION IN CENTRAL MINNESOTA, BUILD AND OPERATE A MULTI-DAY ENERGY STORAGE SYSTEM USING AN IRON-AIR BATTERY WITH THE CAPACITY TO DISCHARGE AT LEAST 10 MW CONTINUOUSLY FOR 100 HOURS. 2. COLORADO STORAGE: AT THE SITE OF AN EXISTING POWER STATION IN SOUTHERN COLORADO, BUILD AND OPERATE A MULTI-DAY ENERGY STORAGE SYSTEM USING AN IRON-AIR BATTERY WITH THE CAPACITY TO DISCHARGE AT LEAST 10 MW CONTINUOUSLY FOR 100 HOURS. 3. COLLECT AND SHARE WITH DOE INFORMATION AND DATA REGARDING THE FOLLOWING: (1) PERFORMANCE; (2) CAPITAL COSTS; (3) PROJECTIONS/BUSINESS CASE; AND (4) OPERATING REVENUES AND EXPENSES. 4. AT EACH SITE FUNDED BY THE AWARD, DEMONSTRATE SUCCESSFUL DEVELOPMENT WITH COMMUNITY BENEFITS ACTIVITIES TO INCLUDE: (I) ENGAGING HOST COMMUNITIES, COMMUNITY-BASED ORGANIZATIONS, AND HISTORICALLY EXCLUDED STAKEHOLDERS ON TOPICS SUCH AS WORKFORCE NEEDS, PROJECT AND TECHNOLOGY SPECIFICS, (II) IDENTIFYING AND QUANTIFYING JUSTICE40 BENEFITS, AND (III) DEVELOPING PATHWAYS TO FACILITATE HIRING NEW EMPLOYEES FROM DISADVANTAGED COMMUNITIES.

URBAN ELECTRIC POWER (UEP) SEEKS TO DEPLOY TWO LONG DURATION ENERGY STORAGE SYSTEMS (LDESS) USING ITS PATENTED RECHARGEABLE ZINC-MANGANESE DIOXIDE (ZNMNO2) BATTERY TECHNOLOGY TO PROVIDE TWO (2) IDENTICAL LDESS WITH AN AGGREGATE OF 600KW OF DISCHARGE POWER FOR APPROXIMATELY 12 HOURS. UEP IS TEAMING WITH THE NEW YORK POWER AUTHORITY (NYPA), A UTILITY WITH EXPERTISE IN CLEAN ENERGY TECHNOLOGIES, AND THE ELECTRIC POWER RESEARCH INSTITUTE (EPRI), WHO WILL PROVIDE TECHNICAL, UTILITY, AND INDUSTRY EXPERTISE AND GUIDANCE. THE LDESS WILL BE MANUFACTURED AT UEP’S PEARL RIVER, NY, FACTORY, AND INSTALLED BEHIND-THE-METER (BTM) AT TWO REGIONALLY DIVERSE SITES IN NEW YORK STATE TO DEMONSTRATE THE TECHNOLOGY’S VIABILITY IN VARYING GEOGRAPHIES, CLIMATES, AND POPULATION DENSITIES. ONE LDESS WILL BE AT THE STATE UNIVERSITY OF NEW YORK AT ONEONTA, NY (SUNY ONEONTA) AND THE SECOND AT A FACILITY OPERATED BY THE COUNTY OF WESTCHESTER (WESTCHESTER COUNTY).

INCREASE AVAILABILITY OF CLEAN ENERGY, ENERGY RESILIENCY, EFFICIENCY, AND LOCAL ECONOMIC AND COMMUNITY BENEFITS, TO RURAL AND REMOTE COMMUNITIES. DEMONSTRATE THE VIABILITY OF USING ZINC BROMINE FLOW BATTERY IN LONG-DURATION ENERGY STORAGE. DEMONSTRATE THE COMPETITIVENESS OF A 10-HOUR CONTINUOUS DISCHARGE SYSTEM FOR LONG-DURATION ENERGY STORAGE APPLICATIONS. PROVIDE TANGIBLE BENEFITS TO IMPACTED COMMUNITIES AND WORKERS ALIGNED WITH LOCAL PRIORITIES, AND ADVANCE OPPORTUNITIES FOR HISTORICALLY UNDERREPRESENTED WORKERS AND BUSINESSES. CONTRIBUTE TOWARD WIDESPREAD U.S. ADOPTION OF LONG-DURATION ENERGY STORAGE BY 2030.

THE SHARED VISION FOR THIS PROJECT IS TO DEMONSTRATE THE VIABILITY OF USING REPURPOSED LITHIUM BATTERIES IN LONG DURATION ENERGY STORAGE. DEMONSTRATE THE COMPETITIVENESS OF REPURPOSED BATTERIES VERSUS THE USE OF NEW BATTERIES WHEN BUILDING A 10-HOUR CONTINUOUS DISCHARGE SYSTEM FOR LONG-DURATION ENERGY STORAGE APPLICATIONS. PROVIDE TANGIBLE BENEFITS TO IMPACTED COMMUNITIES AND WORKERS, IN ACCORDANCE WITH LOCAL PRIORITIES, AND ADVANCE OPPORTUNITIES FOR HISTORICALLY UNDERREPRESENTED WORKERS AND BUSINESSES. CONTRIBUTE TOWARD WIDESPREAD U.S. ADOPTION OF LONG- DURATION ENERGY STORAGE BY 2030. BUILD THE ESSENTIALS NEEDED TO SCALE AN AMERICAN-MADE REPURPOSED BATTERY SUPPLY CHAIN