Return to SPW 2019 Proceedings
Thursday, April 4
Energy Generation III—Reliability and Characterization
Organizers
Dr. Alexander Haas, Air Force Research Laboratory
Colin Mann, The Aerospace Corporation
Recent Space Charging and ESD Test Results for SolAero’s Next Generation IMM-α Space Solar Cells
Hans Schoon, SolAero Technologies, Corp.
♦ Charts Unavailable
Identifying Failed Solar Array Strings on the International Space Station
Steven Korn, NASA Glenn Research Center
♦ Charts
Commercial, High-Altitude, Solar Cell Calibration Balloon Flight Service 2019 Status Report
Casey Hare, Angstrom Designs
♦ Charts Unavailable
Photochemistry of Common Spacecraft Outgassing Contaminants: A Review
Abraham Buditama, The Aerospace Corporation
♦ Charts
Near Space Characterization of Space Solar Cells and Arrays Raymond Hoheisel, Blacksky Aerospace, LLC
♦ Charts Unavailable
Energy Storage III – Advanced Energy Storage Topics
Organizers
Dr. E. Joseph Nemanick, The Aerospace Corporation
Dr. Kyle Crompton, Naval Surface Warfare Center, Crane Division
In Situ and Operando Characterization of Lithium-ion Electrodes Using Transmission X-ray Microscopy
Dr. Jesse Ko, SLAC National Accelerator Laboratory
♦ Charts
A New Method of Analyzing Electrolyte from Lithium-Ion Cells
Dr. Leah Ellis, Massachusetts Institute of Technology
♦ Charts
Propagation Resistant, Module and Scalable Li-ion Battery System
Christopher Hacker, Naval Surface Warfare Center, Crane Division
♦ Charts Unavailable
Performance and Safety Aspects of Imposed Thermal Gradients on Lithium Batteries
Dr. Corey Love, Naval Research Laboratory
♦ Charts Unavailable
Performance of High Energy/High Power Li-ion Cells in Radiation Environments
Dr. Ratnakumar Bugga, Jet Propulsion Laboratory
♦ Charts
What’s App at CEA for Batteries Taking the Corner of Space Industrial and More Electric Aircraft Revolution
Dr. Florence Fusalba, CEA
♦ Charts
PMAD—Power System Design and Analytical Techniques
Organizers
Horacio Saldivar, The Aerospace Corporation
James Walker, The Aerospace Corporation
APOL Technology Flight Insertion Status
Dr. Dong Tan, Northrop Grumman
♦ Charts
Adiabatic Power (APOL) CMOS Controller ASICs Flight Insertion Status
Dr. Henry Kuo, Northrop Grumman
♦ Charts
Magnetic Saturation a Lesson Learned from Battery Charger Power Electronics
Dr. Kasemsan Siri, The Aerospace Corporation
♦ Charts
Early Successes with GaN in AEPS (Advanced Electrical Power Subsystem) DC-DC Regulators at NGAS
Steve Lapen, Northrop Grumman
♦ Charts
Energy Storage II—Cell Level Developments for Energy Storage
Organizers
Dr. Lloyd Zilch, Naval Surface Warfare Center, Crane Division
Dr. Joanna Cardema, The Aerospace Corporation
Moli M Cell Space Flight Qualification
Lindsey Bienvenu, Enersys
♦ Charts Unavailable
Performance Review of GS Yuasa Generation 3 Space Cells and Introduction of Generation 4
Thomas Pusateri, GS Yuasa Lithium Power
♦ Charts
Development and Testing of High Specific Energy Primary Lithium Battery Cells for Space Applications
Dr. Erik Brandon, Jet Propulsion Laboratory
♦ Charts
Lessons Learned in Lithium Ion Life Cycle Testing at NSWC Crane
Dr. Adrian Parker, Naval Surface Warfare Center, Crane Division
♦ Charts Unavailable
Robust, High-performance Li-ion Cell Technology with Exceptional Over-discharge and 0V Tolerance for Dead-bus-recoverable Spacecraft Batteries
Dr. David Ofer, CAMX Power, LLC
♦ Charts