Electrical battery model for LEO application based on absolute instantaneous state of charge

Details Electrical battery model for LEO application based on absolute instantaneous state of charge Electrical battery model for LEO application based on absolute instantaneous state of charge

Aug 1989

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1989esasp.294..173l&link_type=abstract

In ESA, European Space Power, Volume 1 p 173-178 (SEE N90-17678 10-20)

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Applications

Computerized Simulation, Mathematical Models, Nickel Cadmium Batteries, Space Environment Simulation, Dry Cells, Earth Orbital Environments, Environment Models, Rheoelectrical Simulation

Scientific paper

A working Ni-Cd electrical battery model derived from ground experimentation for low earth orbit (LEO) applications is described. The validity of the model is demonstrated over a wide range of depth of discharge and temperatures. The model, developed from observation of the electrical behavior of cells as a function of their absolute instantaneous state of charge, is fine tuned and validated with a high degree of accuracy. The simulation model may be applied to the analysis of other types of cells, either of different capacities or manufacture.

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