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test completed by October 1983 at the Sandia National Laboratories photo- voltaic advanced system test facility in Albuquerque, New Mex1co. Completion of prototype fleld tests by June 1985, is planned with multikilowatt Redox technology readiness and technology transfer completed by December 1985. In parallel with these act1vit1es 1S the implementat10n of appl1cat1on analyses and the supporting technology tasks. Major accomplishments toward achieving these milestones are summarized here for each element. PROJECT MANAGEMENT The annual Redox project reV1ew was held for SNLA and the DOE Chicago Operat1ons and Reg10nal Off1ce (CORD) in Aprll 1980. During 1980,1 18 Redox presentations and 5 papers were given to members of industry, govern- ment, and technical soc1et1es. PROTOTYPE SYSTEMS DEVELOPMENT To support 1mplementation of a multiyear proJect for the development of Redox systems~for both solar photovoltaic and util1ty-load-leveling appli- cations, a two-day industr1al br1ef1ng was held at NASA Lew1s in July 1980 to descr1be the technical status and proJect objectives to about 75 repre- sentat1ves of 60 industrlal f1rms. A 1-kW preprototype Redox storage system was des1gned and bU1lt and 1S 1n operatlon as a test bed for evaluating the 1nteract1on of a complete, full-function, Redox system with a solar array f1eld (NASA Lewis/DOE systems test facility). The versatility of the system perm1ts evaluat10n of several control concepts. A request for proposal (RFP) was completed for the design, test, and evaluatlon of multikllowatt and megawatt Redox systems by the private sector. The RFP is planned to be lssued in March 1981. APPLICATION ANALYSES A Redox computer model was developed to permit the determination of min1mum-cost Redox systems for a var1ety of 1nput cond1tions. A study of the instltutional issues related to the commercialization and deployment of Redox systems was implemented. A Redox system cost projection study was completed that, based on rea- sonable product1on quant1ties, 1ndicates that Redox systems are very cost competltive with other storage systems. A prel1minary res1dent1al market penetrat10n study 1S 1n progress to compare Redox systems and advanced lead-acid battery systems in resident1al appl1catlons. lUnless otherwise specified, all years are calendar years. 3PDF Image | NASA Redox Storage System Development Project 1980
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