Cell performance of ultra-thin polymer-cathode cell systems. Part 2. Cation intercalating composite polymer cathode. Technical report, 1 January 1989-1 March 1990

Technical Report · Thu Mar 15 00:00:00 EST 1990

OSTI ID:6662381

Naoi, K; Smyrl, W H; Owens, B B

Theoretical specific energy and power densities for thin film Li/LE or SPE/CP cell systems were calculated by modeling a bipolar-design polymer cathode rechargeable cell with hardware where LE, SPE and CP represent the liquid electrolyte (2M LiClO4(PC)), solid polymer electrolyte (PEO(8)LiX) and the conductive polymer(polypyrrole). The cell performance is obtained for a cation-intercalating PPy-PVS composite film which is composed of polypyrrole(PPy) into which has been incorporated the polymer anion, polyvinylsolfonate(PVS) during deposition. The energy and power densities are estimated as a function of cathode thickness (1 to 100,000 micron), active cell area (1 to 10,000 sq cm) and the number of bipolar units(1 to 100). Compared to the anion-consuming polymer cathode system, significant enhancement of specific energy was achieved. The theoretical specific energy amounts to ca. 290 Wh/kg (bare cell) and ca. 209 Wh/kg for a bipolar Li/LE or SPE/PPy-PVS cell system (with hardware).

• Research Organization: Minnesota Univ., Minneapolis, MN (USA). Corrosion Research Center
• OSTI ID: 6662381
• Report Number(s): AD-A-221919/4/XAB; TR-25-ONR
• Country of Publication: United States
• Language: English

Related Subjects

25 ENERGY STORAGE
ELECTRIC BATTERIES
PERFORMANCE
ANIONS
CATHODES
DENSITY
DEPOSITION
ELECTRIC CONDUCTIVITY
ELECTROLYTES
ENERGY
LIQUIDS
OPTIMIZATION
POLYMERS
POWER
PROGRESS REPORT
PYRROLES
SOLID ELECTROLYTES
THICKNESS
THIN FILMS
AZOLES
CHARGED PARTICLES
DIMENSIONS
DOCUMENT TYPES
ELECTRICAL PROPERTIES
ELECTROCHEMICAL CELLS
ELECTRODES
FILMS
FLUIDS
HETEROCYCLIC COMPOUNDS
IONS
ORGANIC COMPOUNDS
ORGANIC NITROGEN COMPOUNDS
PHYSICAL PROPERTIES
250902* - Energy Storage- Batteries- Performance & Testing