Center for Research in Extreme Batteries

Transcription

1 1 Center for Research in Extreme Batteries Dr. Cynthia Lundgren, ARL The Future of Munitions Batteries Workshop Dec 7-8, 2016

2 2 Center For Research in Extreme Batteries Goal: To foster and accelerate collaborative research in advanced battery materials and technologies and characterization techniques Focus: Batteries for extreme performance, environments and applications (e.g. Defense, space and biomedical applications) Participants: Open to national and defense labs, universities, industry How is this different than other Battery Research Centers: Focus on extreme performance, environments and properties Scope is fundamental research to manufacturing Open participation No fixed duration or fixed funding source Steering Committee Drs.Cynthia Lundgren, Kang Xu (ARL), Profs Eric Wachsman, Chunsheng Wang (UMD), Drs. Joe Dura, David Jacobsen (NIST), Dr William Acker (NYBEST), Dr Khalil Amine (ANL), Prof. Esther Takeuchi (Stonybrook U.)

3 3 Energy Innovation Partnership: Energy Storage Establishing Battery Materials Research Center for Beyond Li-ion Batteries Battery Research Center Goals: Development and discovery of new energy dense materials and technologies Transforming the new materials discoveries into practical energy storage devices and systems Leverage materials synthesis, characterization, analysis and modeling capabilities across partners Improved size, weight and power, and cost Collaborative Focus: Batteries used in extreme applications o Flexible electronics, munitions Batteries with extreme properties o High energy and power density, extreme temps Batteries performing in extreme environments space, in vitro, oil wells AFM In-situ Characterization of SEI Cresce & Xu et al, Nano Lett., 2014 UMD-ARL Joint Project: Aqueous Electrolyte with Wide Echem Stability Window Wang & Xu et al, Science., 2015

4 4 CREB Meetings 2 meetings/yr Annual Meeting Review of CREB programs and plans Next meeting April 25 at UMD In parallel with The Engineering Sustainability Workshop Battery focus Focused Workshops in CREB topical areas Characterization Biomedical

5 5 Welcome Welcome to the Future of Munitions Batteries Workshop! Munitions Batteries: batteries for gun-fired munitions, rockets, missiles, bombs, mines, and other exploding devices that are used for one-shot, non-maintainable, always-ready applications, roles that have traditionally been filled by reserve batteries. Purpose: to bring together scientists, technologists, program managers, system designers, and users from government agencies, research labs, private companies, universities, and program offices to understand, exchange information on, and discuss the present, the past, and the future of munitions batteries to bring about a new vision and new pathways for munitions battery technologies going forward. Style: informative, interactive, inter-disciplinary, synergetic, non-conventional, and forward-looking. First Day (7 December 2016) Registration Starts 7:20 AM - ARL: Cindy Lundgren - Welcome and Introduction to CREB 8:00 AM 1. Munitions Batteries: Taking Stock 8:20 AM - ARL : Michael Ding - Munitions Batteries: Basics, Requirements, and challenges 8:20 AM - ARL : Michael Ding - Developing Thin-Film Thermal Batteries and Heat Source Materials 8:40 AM - ARL: Jeff Swank - Liquid Reserve Fuze Batteries: Trying to Move Beyond the Status Quo 9:00 AM - SNL: Scott Roberts - Multiphysics modeling of thermal batteries at Sandia 9:20 AM - > Break < 9:40 AM - Rafael: Ofer Raz - Advances in R&D and Production of Thermal Batteries 10:00 AM - Eagle Picher: Dharmesh Bhakta - Battery Technologies for Munitions 10:20 AM - EnerSys: Paul Schisselbauer - Advanced Munitions Batteries 10:40 AM - ATB: Guy Chagnon - Munitions Batteries: Taking Stock 11:00 AM 3. Potentials of Active Battery Technologies for Munitions Applications 2:40 PM - ARL: Jeff Read - Feasibily of Using Active Batteries for Munitions Applications 2:40 PM - Energizer: Matt Wendling - Active Battery Technologies for Munitions Applications 3:00 PM - MaxPower: Steve Shantz - Organic-Based R/T Liquid Reserve Technologies 3:20 PM - Army-ARDEC: Karen Amabile - (2) Power Requirements for Munitions: Present and Futu 3:40 PM Discussions (Auditorium; Running microphones at the ready) Get-Together Dinner (Olive Garden, Baltimore Ave, Laurel, MD 20707; ) - Army-ARL: Bruce Geil - Inside the Box: An Outside the Box Look at Power Requirements for New Concepts 8:00 AM - Army-ARDEC: Guisseppe Di Benedetto - Nanomaterials and Additive Manufacturing Discussions (Auditorium; Running microphones at the ready) 11:20 AM for Munitions Power Sources 8:20 AM Lunch 12:00 PM - SNL: Chris Apblett - Thin Film Thermal Battery Development for High Rate Applications 8:40 AM 2. DoD Needs and Requirements for Munitions Batteries 1:00 PM - Missouri U of Sci and Tech: Nick Leventis - Aerogel-Wise: Making Novel Heat Source - Army-AMRDEC: Patrick Taylor - Spare No Expense: Missiles' Special Needs 1:00 PM Materials for Thermal Batteries 9:00 AM - OSD-JMP: Paul Butler - The Munitions Power Maze: OSD, JMP, JFTP, and More 1:20 PM - OmniTek: Jay Rastegar - Hooked on Munitions Power: Mini-Inertial Igniters, - Army-ARDEC: Tony Pergolizzi - TCG-V and the Newly Identified Munitions Power Gaps 1:40 PM Piezo-Energy-Harvesters, and More 9:20 AM - Navy-Crane: Sam Stuart - Progression of Missile Battery Technology - > Break < 9:40 AM and Where It Is Headed 2:00 PM Discussions (Continuation of this Session; Running microphones at the ready) 10:00 AM - > Break < 2:20 PM End of Workshop 12:00 PM 4:00 PM 7:30 PM Second Day (8 December 2016) 4. Non-Conventional Thinking and Technologies for Munitions Power 8:00 AM

6 6 Status of CREB Chunsheng Wang Professor, Department of Chemical & Biomolecular Engineering (301)

7 7 Status of CREB May 2016: Center For Research in Extreme Batteries, a joint center between ARL and UMD was established in UMD Dec. 2016, Bylaws and Articles of Collaboration of CREB Consortium is being finalized CREB & CREB Consortium CREB (Federal labs, Steering Committee) Legal agreements (COOP,CRADA) UMD Non profit CREB Consortiu m Precompetitive seed programs Competed among members

8 8 Status of CREB CREB Consortium Benefits Access to unique research solutions for defense, space, biomedical applications Exposure to new ideas and new collaborators More effectively bring multiple disciplines together to engage in collaborative projects with revolutionary results Access to unique research facilities and prototyping/manufacturing facilities Ability to formulate joint proposals with partners to pursue external funding Technology transition pathways available Access to all IP generated by CREB funding to members on a non commercial basis Tiers of Membership Individual Universities and National Lab/DoD Lab - organizational Membership Industry Organizational Member Tiered membership fee/income of organization Industry Consortium - threshold member fee Industrial Consortium: Advisory body to Steering Committee on industry related seed pre-competitive research programs funded by membership fees

9 9 Status of CREB May, 2016: UMD, ARL & NIST Jointly Supported 4 Seed Grants 1. Imaging all-solid-state batteries at extreme temperatures PI: Marina Leite, Assistant Professor, Dept. of Materials Science and IREAP, UMD Co-PI: Albert Davidov, Leader of Functional Nanostructured Materials Group, NIST 2. Neutron Probe Study of Lithium Metal Anode in Garnet Based Solid-State Li- S Batteries PI: Liangbing Hu, Assistant Professor, Department of Materials Science, UMD Co-PI: Robert Gregory Downing, Chemist, Materials Measurement Lab., NIST 3. Materials Design For Novel Borohydride-based Li+ and Na+ Electrolytes for Solid-State Batteries PI: Yifei Mo, Assistant Professor, Department of Materials Science, UMD Co-PI: Terrence J. Udovic, Senior Scientist, Center for Neutron Research, NIST 4. Interfacial structure characterization of water-in-salt electrolyte for high energy aqueous batteries PI: Chunsheng Wang, Professor, Dept. of Chemical and Biomolecular Eng., UMD Co-PI: Joseph Dura, Center for Neutron Research, NIST Co-PI: Oleg Borodin, Electrochemical Branch, ARL

10 10 Path Forward Refining/Redesigning CREB Logo Lunching new CREB website (current CREB website: creb.umd.edu) Working with NIH on Biomedical Batteries Problem identification: Workshops/conferences/working groups/advisory panels (RFIs R13 Conference Grant Applications) Solution implementation: Multi-agency agreements for biomedical battery research, Grants/Contracts; Peer reviewers Working with DoD on extreme safe batteries High energy aqueous rechargeable batteries High energy all solid state Li-ion batteries