Sunday, 21 October

Transcription

1 Sunday, 21 October Conference on Advanced Power Systems for Deep Space Exploration Agenda Speaker Meeting for Monday's Presenters Registration Open VIP Welcome & Jet Propulsion Laboratory VIP Welcome Larry James, Jet Propulsion Laboratory Conference Introduction and Review of Conference Logistics Erik Brandon, Jet Propulsion Laboratory Goals for Deep Space Exploration Session Chair: Erik Brandon, Jet Propulsion Laboratory NASA Science Mission Directorate Overview Speaker To Be Announced Science Perspective: The Big Questions for Deep Space Exploration Christophe Sotin, Jet Propulsion Laboratory Early Check In Monday, 22 October 2018 Overview of Decadal Survey and OPAG Findings for Deep Space Exploration Pat Beauchamp, Jet Propulsion Laboratory System Perspectives on Deep Space Power I Session Chair: Gary Bolotin, Jet Propulsion Laboratory Overview of Deep Space Power System Challenges Greg Carr, Jet Propulsion Laboratory Formulation of New Mission Architectures for Deep Space Exploration Brent Sherwood, Jet Propulsion Laboratory The Role of Power in Deep Space Communications Stephen Townes, Jet Propulsion Laboratory Lunch Provided Onsite System Perspectives on Deep Space Power II Session Chair: Richard Ewell, Jet Propulsion Laboratory Planetary Protection for Mars and Beyond Lisa Pratt, NASA Headquarters 1 7/5/2018

2 Overview of NASA Radioisotope Power Systems Program Leonard Dudzinski, NASA Headquarters Overview of European Space Agency Radioisotope Power System Program Richard Ambrosi, University of Leicester New Approaches to Lower Power/Temperature/Mass Avionics Bill Whitaker, Jet Propulsion Laboratory Power Systems for Avionics and Motor Control in Deep Space Missions Gary Bolotin, Jet Propulsion Laboratory Powering Ocean Worlds Exploration Session Chair: Jean Pierre Fleurial, Jet Propulsion Laboratory Enabling Technologies for Ocean Worlds Exploration Tom Cwik, Jet Propulsion Laboratory Solar/Battery Power Architectures for Missions to Jupiter and Beyond Jeff Coyne, Lockheed Martin Corporation Commercial Li ion Battery Risk Reduction for Applications to Ocean Worlds Exploration Kumar Bugga, Jet Propulsion Laboratory Solar Arrays at Saturn and LILT Development Andreea Boca and Jonathan Grandidier, Jet Propulsion Laboratory emmrtg Development and Infusion Monica Hoffmann, NASA GRC, Chris Matthes, Jet Propulsion Laboratory, and Joe Giglio, DOE Idaho National Laboratory 1750 Adjourn Tuesday, 23 October Speaker Meeting for Tuesday's Presenters Registration Open NASA and DOE Power System Perspectives Session Chair: Dave Woerner, Jet Propulsion Laboratory NASA s Power Capability Leadership Team s Strategic Priorities in Power Chris Ianello, NASA Kennedy Space Center Department of Energy Plutonium Production Updates Presenter To Be Announced 2 7/5/2018

3 Addressing Cost and NEPA Compliance for Radioisotope Power Systems Peter McCallum, NASA Glenn Research Center Powering Spacecraft in Extreme Environments I Session Chair: Will West Ultra Low Temperature Primary Battery Development Cyrus Rustomii, South New Approaches for Primary Battery Power System Design Brandon Burns, Jet Propulsion Laboratory High Efficiency Multi Junction Cells for LILT Applications Clay McPheeters, SolAero LILT Optimized Solar Cells Philip Chiu, Spectrolab Low Temperature Characterization of Multi Junction Solar Cells Don Walker, The Aerospace Corporation Lunch On Your Own Powering Spacecraft in Extreme Environments II Session Chair: Jonathan Grandidier, Jet Propulsion Laboratory Power for Next Generation Robotic Systems Brian Wilcox, Jet Propulsion Laboratory Power Needs for Ocean Worlds Sub Surface Access Wayne Zimmerman, Jet Propulsion Laboratory Extreme Environment Solar Power Program Jeremiah McNatt, NASA Glenn Research Center Design of Solar Arrays for Deep Space Applications Ed Gaddy, Johns Hopkins Laboratory Applied Physics Laboratory Sub Surface RTG Systems and New Heat Sources Terry Hendricks, Jet Propulsion Laboratory Understanding Batteries Under Extreme Conditions Using Advanced Modeling and Simulation Techniques Andre Suchaneck, German Aerospace Center/DLR Approaches to Fault Tolerance in Deep Space Batteries Blake Cardwell, ABSL 3 7/5/2018

4 Safety and Reliability of Batteries in Deep Space Missions Tom Barrera, LIB X Consulting Primary Batteries for High Reliability Applications Tom Gleszer, SAFT Ultralight Radiation Tolerant Perovskite Solar Cells for Deep Space Applications Michael Kelzenberg, Caltech Adjourn Wednesday, 24 October Speaker Meeting for Wednesday's Presenters Registration Open Powering Small Deep Space Missions Session Chair: Terry Hendricks, Jet Propulsion Laboratory Power Systems for Future Deep Space CubeSat Missions Jonathan Baker, Jet Propulsion Laboratory Power Systems for Drones in Deep Space Exploration Florence Fusalba, CEA Grenoble FRANCE Development and Testing of Batteries for Asteroid Sample Return Missions Yoshitsugu Sone, JAXA Small RTG (<40 W) Mission Architectures Young Lee, Jet Propulsion Laboratory Modular Power Systems Bryan Johnston Lemke, Space Flight Laboratory (Canada) Powering Mars Exploration and Connections to Lunar Exploration Session Chair: Kumar Bugga, Jet Propulsion Laboratory Common Power Needs for Crewed Surface Missions and Deep Space Science Probes Lee Mason, NASA Glenn Research Center Mars Optimized Solar Cells Paul Stella, Jet Propulsion Laboratory Low Temperature Rechargeable Li ion Batteries for Mars Sample Return and Small Robotic Missions Marshall Smart, Jet Propulsion Laboratory 4 7/5/2018

5 Lunch On Your Own Emerging and Advanced Deep Space Power Concepts Session Chair: Erik Brandon, Jet Propulsion Laboratory Dynamic Radioisotope Power Systems Sal Oriti, NASA Glenn Research Center Chemical Heat Source Power Systems Michael Paul, Johns Hopkins University Applied Physics Laboratory Power Beaming for Rover Systems Brett Kennedy, Jet Propulsion Laboratory Fuel Cells for Mars and Beyond Thomas Valdez, Teledyne Hybrid Energy Storage for Deep Space Applications Greg Semrau, Moog Aerospace Development of the Point Focus Concentrator (PFC) Compact Telescoping Array (CTA) Mike McEachen, Northrop Grumman Overview of the Next Generation Radioisotope Thermoelectric Generator Project Jennifer Rock, NASA Space on Power: How Electrical Power Limits and Enables the Exploration of and Development of Space Vanessa Clark, Atomos Directed Energy Propulsion for Interstellar Travel John Brophy, Jet Propulsion Laboratory 1750 Final and Conference Adjourn 5 7/5/2018