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General Sessions
| Mission and Program Experience Organizers Valerie Ang, The Aerospace Corporation Brandon Klefman, NASA Glenn Research Center |
| Analysis of the Artemis I Orion Spacecraft Power System Performance Spencer Furin, NASA Glenn Research Center ♦ Charts |
| Applying CubeSat-scale Low Resource On-orbit Instrumentation to Root-Cause Analysis of Anomalous Solar Array Degradation Dr. Jann Grovogui, The Aerospace Corporation Dr. Justin H. Lee, The Aerospace Corporation ♦ Charts |
| On-Orbit Results of our ISS ROSA (iROSA) and DART ROSA Missions Matt LaPointe, Redwire Space ♦ Charts |
| Alba: A Low Earth Orbit Testbed for Emerging Photovoltaic Technologies Dr. Michael Kelzenberg, California Institute of Technology ♦ Charts |
| New Solar Arrays for New Space: Technology Adoption at Maxar Harry Yates, Maxar Technologies ♦ Charts |
| Energy Storage I—Space Battery Level Topics |
| Organizers Dr. Albert Zimmerman, The Aerospace Corporation Alec Jackson, Air Force Research Laboratory |
| Design and Qualification of Power and Energy Systems for Space Applications Richard Coffin, EaglePicher Technologies ♦ Charts |
| Batteries for SPACE Applications Baljit Riar, Raytheon Technologies Research Center Michael Futrell, Collins Aerospace ♦ Charts |
| Qualification of COTS Battery Modules Designed for Spacecraft Electrical Power Systems Michel Lannes, EaglePicher Technologies ♦ Charts |
| Cell Performance Signatures during COTS Battery Cycling Dr. Albert Zimmerman, The Aerospace Corporation ♦ Charts |
| Energy Generation I—Space Solar Cell Technologies |
| Organizers Dr. Abby Meyer, The Aerospace Corporation Dr. Kenneth Schmieder, Naval Research Laboratory |
| Qualification, Production, and Program Status of SolAero’s Inverted Metamorphic and Upright Multijunction Solar Cells Dr. Daniel Derkacs, SolAero by Rocket Lab ♦ Charts Unavailable |
| Development and Qualification of 33%-Efficient XTE Plus and Advanced Space Solar Cell Technologies Dr. Daniel Law, Spectrolab ♦ Charts Unavailable |
| AZUR SPACE—Enabling Technologies for Diversified Market Requirements Dr. Torsten Torunski, AZUR SPACE Solar Power GmbH ♦ Charts Unavailable |
| Engineered Ge Substrates for New Power Hungry Space Applications Dr. Kristof Dessein, Umicore ♦ Charts |
| Radiation Testing of Multi-Junction Solar Cells Employing Quantum Wells and Light Management Dr. Seth Hubbard, Rochester Institute of Technology ♦ Charts |
| Power Systems Architecture |
| Organizers Allen Powers, The Aerospace Corporation Kelsey Dougherty, The Aerospace Corporation |
| Lunar Surface Power Systems Architecture Vision Sommer Hilliard, Lockheed Martin Space ♦ Charts |
| A Modular, High-Power, Radiation-Hardened, DC-DC Converter with Decentralized Control David Grant, Apogee Semiconductor ♦ Charts |
| Powering Mars Sample Retrieval Dhack Muthulingam, NASA Jet Propulsion Laboratory, California Institute of Technology ♦ Charts |
| The Mission PDR Dragonfly Electrical Power Subsystem (EPS) Architecture Sean Laughery, Johns Hopkins University, Applied Physics Laboratory ♦ Charts |
| Dynamic Radioisotope Power System Controller Development Erich Soendker, Aerojet Rocketdyne ♦ Charts |
| SADA Systems for CubeSat Missions Ismael Sanchez, DHV Technology ♦ Charts |
| Energy Generation II—Modules and Arrays Design |
| Organizers Dr. Jann Grovogui, The Aerospace Corporation Dr. Christopher Kerestes, Air Force Research Laboratory |
| Packaging Technology for Ultrathin Silicon Solar Cells: Improved Packing Density and Achieving Over 10 Years Lifespan in Space with Minimum Degradation Dr. Stanislau Herasimenka, Solestial, Inc. ♦ Charts |
| Flexible and Lightweight Solar Power Modules for LEO Satellites and Next-generation Arrays Chris Youtsey, MicroLink Devices, Inc. ♦ Charts Unavailable |
| Solar Arrays for Long Duration Missions in LEO Orbit. A New Approach to the Market Dr. Vicente Diaz, DHV Technology ♦ Charts |
| The Photovoltaic Design and Test of the Europa Clipper Solar Array Dr. Thomas Andreev, Airbus Defence and Space HmbH, Germany ♦ Charts |
| The Dust Problem: Mitigation Methods for Flexible Solar Arrays under Lunar Conditions Roselin Campos, Maxar Technologies ♦ Charts |
| Advanced Concepts |
| Organizers Dr. Pilar Espinet Gonzalez, The Aerospace Corporation Ann Delleur, NASA Glenn Research Center |
| Overcoming the “Tyranny of Water” Using Electrical Power to Replace Rocket Fuel in Moon-wide Operations Dr. Thomas Heinsheimer, The Aerospace Corporation ♦ Charts ♦ Paper |
| Wafer Reuse via Controlled Spalling for Lowering Space Photovoltaic Cell Cost Dr. Corinne Packard, Colorado School of Mines ♦ Charts |
| REAP: Reconfigurable Electronics for Aerospace Power David Caldwell, The Aerospace Corporation ♦ Charts |
| Advancements in the Lunar Surface ROSA technology Matt LaPointe, Redwire Space ♦ Charts |
| Energy Generation III—Reliability and Characterization |
| Organizers Alexandra Pettengill, The Aerospace Corporation Jeremiah McNatt, NASA Glenn Research Center |
| Radiation Studies of a Strain-Balanced Quantum-Well Absorber in Dual-Junction ELO Solar Cells Dr. Roger Welser, MicroLink Devices, Inc. ♦ Charts Unavailable |
| Fabrication & Integration of Perovskite Devices on PCB for Space Flight Experiment Oumaïma Mhibik, CEA ♦ Charts |
| Applications of Small High Altitude Balloons: Is it time for flown perovskite solar simulator standards? Scott Ireton, Angstrom Designs ♦ Charts |
| ESD Characterization Test of a Flex2 Flexible Solar Array Module Jesse Matossian, Spectrolab ♦ Charts Unavailable |
| Multi-panel Deployable Wings, from Standardization to Series Production Emanuele Ferrando, SpaceTech GmbH ♦ Charts |
| Aerospace Solar Array Power Modeling Dr. Don Walker, The Aerospace Corporation ♦ Charts |
| Solar Simulation Performance Metrics: Real-time Zone All Junctions/Cells Isc Mismatch Measurement Offers Improvement over AIAA/ ASTM Class AAA* Casey Hare, Angstrom Designs ♦ Charts |
| Energy Storage II—Cell Level Developments for Energy Storage |
| Organizers Dr. Christopher Choi, The Aerospace Corporation Dr. Lloyd Zilch, Naval Surface Warfare Center, Crane Division |
| VL10ES Cell and Battery Update Dr. Chengsong Ma, Saft America, Inc. ♦ Charts |
| Life Testing Performance of GS Yuasa Generation 4 Lithium-ion Cells for Space Thomas Pusateri, GS Yuasa Lithium Power ♦ Charts |
| Advanced Zero Volt Tolerent 4Ah 18650 Cell for Space Applications William Hadala, American Lithium Energy Corporation ♦ Charts |
| High Energy Li-S Cells Using 3D Graphene™ for Aerospace Applications Dr. Ratnakumar Bugga, Lyten, Inc. ♦ Charts |
| PMAD—Power System Design and Analytical Techniques |
| Organizers John Morales, The Aerospace Corporation Kasemsan Siri, The Aerospace Corporation |
| Utilizing Power System Digital Twins and Hardware-in-the-loop Test Approaches to Reduce Risk in Agile Space Applications Mark Lombardi, Keysight Technologies Paul Farto, Keysight Technologies Robbie Robertson, Sedaro Technologies ♦ Charts |
| Design Integrity Guidelines for Alternate Grade Parts in Space Power Electronics David Caldwell, The Aerospace Corporation ♦ Charts |
| Design Approach and Lessons Learned for Challenging EMI Requirements Timothy Babich, Naval Research Laboratory ♦ Charts |
| Dream Chaser Electrical Power System James Bontempo, ZIN Technologies ♦ Charts |
| Energy Management System for Spacecraft/Lunar grids Baljit Riar, Raytheon Technologies Research Center Michael Futrell, Collins Aerospace ♦ Charts |
| Rad hard P-channel FETs: a simpler & more reliable solution for space PMAD designs* Oscar Mansilla, IR HiRel, an Infineon Technology Company ♦ Charts |
| Energy Storage III—Advanced Energy Storage Topics |
| Organizers Dr. Michael Angell, The Aerospace Corporation Martin Dann, Naval Surface Warfare Center, Crane |
| NanoGraf Sets New Industry Benchmark for Most Energy Dense Lithium-Ion 18650 Battery at 4.0Ah Jeff Helm, NanoGraf Corporation ♦ Charts |
| Liquefied Gas Electrolytes for Next-Generation Batteries Dr. Charlie Krause, South 8 Technologies, Inc. ♦ Charts |
| Advanced ALD Coated Lithium-Ion Batteries Joe Troutman, Forge Nano ♦ Charts |
| Effect of Anode Prelithiation on LEO Cycling Life of Graphene Batteries Dr. Elena Bekyarova, Carbon Solutions, Inc. ♦ Charts |
| Zero-Volt-Capable Cells for Resilient, Long-Lived LEO Batteries Dr. David Ofer, CAMX Power, LLC ♦ Charts |
* Not presented at workshop
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