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ELEMENT 3.0 - APPLICATION ANALYSES Background An essential function related to the 1mplementat10n of Redox system technology transfer and product development is applicat10n and market anal- yses. Included 1S the ident1flcat10n and deflnition of potent1al energy storage applications, the defin1tion of technology requirements, appropriate system definit10n stud1es, and the 1dentification of appropriate market sec- tors. This element supports these activ1ties. Approach Spec1f1c activities are 1n progress or planned to provlde conceptual designs of Redox storage system applications in sufficient depth to identify operational character1stics and to permit cred1ble application cost projec- tions. Inst1tutional issues related to Redox system deployment and tech- nology transfer are being addressed. Redox storage system conceptual production designs have been established to estimate production cost and to determ1ne the influence of var10US parameters on product10n cost. Status The activ1ty schedule (fig. 13) displays the specific tasks that support element 3.0. Each task area is d1scussed here. Redox System Cost Projections - United Technolog1es Corp. The cost projections addressed in th1S task are directed at selling pr1ce and application costs. Unlted Technologies Corp. has been under con- tract (DEN3-126) to provide an estimate of projected manufacturer's selllng price of two different Redox system Slzes based on a reasonable production level. Th1S effort 1S d1scussed here. A second task is planned to begin 1n early 1982 to provide costs of Redox applications based on detailed appllca- tion concepts. This second task will use data generated by application concept studies to be performed beglnning late in 1981. The appl1cation concepts w1ll be generated for selected residential, commercial, and solar stand-alone applications. The objectives of the contract with United Technologies Corp. were to establish Redox storage system conceptual production des1gns, to estimate product10n cost, and to determine the influence of various parameters on product10n cost. The results of the study are for the followlng cases: (1) 10-kW/500-kWh Redox systems at an annual production rate of 1000 units (2) 10-MW/100-MWh Redox systems at an annual producton rate of 100 un1ts Estimated manufacturer's selllng price includes taxes, plant costs, depre- clation, etc. 11PDF Image | NASA Redox Storage System Development Project 1980
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