center for sustainable electrified transportation (select) · center for sustainable electrified...

41
Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016 Center Director Dr. Regan Zane, USU Executive Director Dr. David Christensen, USU Center for Sustainable Electrified Transportation (SELECT)

Upload: others

Post on 20-May-2020

8 views

Category:

Documents


0 download

TRANSCRIPT

  • Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016

    Center DirectorDr. Regan Zane, USU

    Executive DirectorDr. David Christensen, USU

    Center for Sustainable Electrified Transportation (SELECT)

  • • Vis– Lead strategic efforts in developing

    technologies – Create collaboration spaces that drive

    adoption of electric transportation

    2

    Center overview

    • Foundation– Relationships– Expertise, facilities– Students

    • Approach– Broad systems perspective: multi-disciplinary, cross-campus– Build and maintain strategic relationships with key stakeholders– Pursue collaborative R&D opportunities– Go-to-market catalyst for technologies and students

    Vision

    Foundation

    Approach

  • Cost 15%

    28%Total Energy Use

    50%Air Pollution

    90%Air pollution near high density roadways

    70%Petroleum use

    Impacts of transportation in the US

    3

  • • Eliminate range and air pollution as major considerations

    • Achieve significantly lower overall cost, light to heavy duty

    • Rethink roles and interaction– Drivers, vehicles, infrastructure– Roadways become providers of

    energy, information, safety

    4

    Vision for future of electrified transportation

    1956 Central Power & Light Company: “electric super-highway … made safe by electricity!

    Electrification offers maximum flexibility

  • SELECT holistic, systems approach

    5

  • Center research and development engines

    6

    Research grantsUniversity resources

    Donations

    Development contractsMembership feesLicensing revenue

    FacultyVisiting ScholarsPh.D. Students

    Executive DirectorEngineering staffSafety, reliability

    Research staffM.S. StudentsB.S. Students

    Teaming with campuses on NSF, DOE, DOT, DoD grants

    Project funding, co-developmentLead public pilot project proposals

    Faculty laboratories across all campuses

    Electric Vehicle & Roadway Facility and Test Track

    Fund

    ing

    Res

    ourc

    esIn

    dust

    ry

    Research engineGame changing tech

    Development engineGo-to-market catalyst

  • • 4800 ft2 high bay, 750 kW utility, quarter mile electrified test track• Flexible infrastructure, up to 480VAC, +/-500V DC distribution• Prefabricated trenches for evaluating wide range of wireless charging• Vehicle lift, vehicle dynamometer, battery and powertrain test equipment

    Electric Vehicle & Roadway (EVR) Facility

    7

  • Electrified roadway showcase demosIn-motion wireless charging and autonomous control of the “Aggie Bus” on the EVR track

    Autonomous operation of a Ford Focus EV on the EVR track

    Roadway enclosures for wireless charging pads and smart sensors

    *in partnership with ASI

    8

  • • General: $10K annual membership• Small Business: $5K annual

    membership• Government: no fee, invited by

    Center leadership

    • Member fees cover Center operation

    • IP and licensing coordinated on case-by-case basis as part of R&D collaboration grants and contracts

    SELECT Center Membership

    9

  • • Prof. Dragan MaksimovicUniversity of Colorado Boulder

    • Prof. Steve PekarekPurdue University

    • Prof. Chris LeeOlin College

    • Prof. Greg PlettUniversity of Colorado Colorado Springs

    • Prof. Marvin HallingUtah State University

    10

    Campus PIs

  • Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016

    University of Colorado Boulder Campus Director

    Dr. Dragan MaksimovicCenter Director

    Dr. Regan Zane, USUExecutive Director

    Dr. David Christensen, USU

    Center for Sustainable Electrified Transportation (SELECT) Power ElectronicsElectrical, Computer and Energy Engineering

    University of Colorado Boulder

  • • Khurram Afridi, Assistant Professor– Ph.D. (MIT)– High-frequency power electronics, wireless power, EV charging

    • Robert Erickson, Professor– Ph.D (Caltech)– Modeling of power electronics, electric drivetrain converters and architectures

    • Hanh-Phuc Le, Assistant Professor– Ph.D. (UC Berkeley)– Power management IC’s, integrated power electronics

    • Dragan Maksimovic, Professor– Ph.D. (Caltech)– Modeling and control of power electronics, EV systems

    • 2 post-doc researchers, 20 undergraduate and graduate students working on research projects

    • Comprehensive power electronics curriculum serving around 250 undergraduate, graduate and continuing education students per year

    CU-Boulder Faculty and Students

  • • Part of UCCS-led DOE-sponsored GATE Center of Excellence in Innovative Drivetrains in Electric Automotive Technology Education (IDEATE), Graduate Certification in Electric Drivetrain Technology

    • Professional Certification in Power Electronics

    Prof

    essi

    onal

    Mas

    ter’s

    Pro

    gram

    in P

    ower

    Ele

    ctor

    nics

    http://www.colorado.edu/ecee/graduate-program/degrees/power-electronics-certificate

    • Power Electronics Specialization (6 short courses) on Coursera (over 15,000 active learners in 2016)https://www.coursera.org/specializations

    /power-electronics

  • CU-Boulder Facilities

    30 kW composite boost dc-dc converter for EV drivetrains

    60 kW motor-generator set for testing EV drivetrain power electronics

    • Power electronics laboratory well equipped for prototyping and testing of power electronics systems

    • 100 KVA 3-phase ac service• 100 kW and 30 kW

    programmable dc power supplies

    • DC to UHF testing capabilities, high-speed scopes, power analyzers, programmable loads

  • CU-Boulder focus on power electronics for• Electric drivetrains• Battery systems• Vehicle lighting and electronic systems• Charging infrastructure• Grid integration

    SELECT Integration Points

  • Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016

    Purdue UniversityCampus Director

    Dr. Steve PekarekCenter Director

    Dr. Regan Zane, USUExecutive Director

    Dr. David Christensen, USU

    Center for Sustainable Electrified Transportation (SELECT)

    Electric Machines/DrivesPurdue University

  • • Steve Pekarek, Professor, ECE– PhD in ECE (power and energy), Purdue University

    • Electric Machines, Drives, Computational Electromagnetics

    • Scott Sudhoff, Birck Professor, ECE– PhD in ECE (power and energy),

    Purdue University• Electric Machines, Drives, Power Electronics, Optimization

    • Dionysios Aliprantis, Associate Professor, ECE– PhD in ECE (power and energy), Purdue University

    • Renewable Energy, Optimization, Power Systems, Electric Machines

    • Students– 40 Graduate Students in Power and Energy– 30 Undergraduate Students in Power and Energy

    Purdue Faculty and Students

  • • Grainger Energy Conversion and Microgrid Laboratory

    • Grainger Power Magnetics Fabrication Laboratory

    • Energy Storage and Material Characterization Laboratory

    • Electric Vehicle Systems Laboratory

    • Energy Systems Simulation Laboratory

    • High Speed Machines Laboratory

    • Alternative Energy Grid Integration and Systems Laboratory

    • Power and Energy Design Laboratory

    • Special Projects Laboratory

    Purdue Facilities

  • Grainger Energy Conversion and MicrogridLaboratory

  • • Facilities for construction of electric machines and magnetic passive components– Laser cutter for laminations– Annealing furnace– Varnishing oven– Winding machines

    Grainger Power Magnetics Fabrication Laboratory

  • • Toolbox Features– Fully Documented with Manuals, Open Source, No-Cost– Distributed on Purdue, ESRDC, Wiley websites

    • DC Stability Toolbox 3.0 (>250 downloads*)• Genetic Optimization System Engineering Toolbox 2.6

    (>410 downloads)• Magnetic Equivalent Circuit Toolbox 3.2 (>350

    downloads)• Power Magnetic Material Toolbox 1.0 (>230 downloads)• Thermal Equivalent Circuit Toolbox 2.0 (>240 downloads)• Electric Machinery Design Toolboxes (mostly private)

    *(downloads from Purdue website)

    Matlab Design Toolboxes

  • • Nadia Gkritza, Associate Professor, CE &ABE– PhD in CE (transportation engineering), Purdue University

    • Transportation planning, modeling & economics; transportation energy and sustainability; transportation electrification

    • Students– 40 Graduate Students in Transportation Engineering– 20 Undergraduate Students in Transportation Engineering

    Purdue Faculty and Students (Civil)

  • Reducing energy use and carbon footprint of transportation systems.Direct and indirect impact assessment of proposed transportation solutions such as, transportation electrification, connected and automated vehicles.

    https://engineering.purdue.edu/STSRG23

    The STSR group aims to achieve green, safe, efficient, and equitable transportation systems by studying and modeling transportation externalities, using state of the art statistical, econometric, and economic analysis tools.

    Sustainable Transportation Systems Research (STSR) group

    renewable and sustainable sources depletable (e.g., fossil-fuel) sources

    ENERGY TRANSPORTATION

    VEHICLE TRANSPORTATION

    2050

    ENERGY TRANSPORTATION

    VEHICLE TRANSPORTATION

    TODAY

    https://engineering.purdue.edu/STSRG

    TODAY

    renewable and sustainable sources

    depletable (e.g., fossil-fuel) sources

    ENERGY TRANSPORTATION

    VEHICLE TRANSPORTATION

    2050

    ENERGY TRANSPORTATION

    VEHICLE TRANSPORTATION

  • SELECT Integration Points

  • Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016

    Olin College Campus DirectorDr. Christopher Lee

    Center DirectorDr. Regan Zane, USU

    Executive DirectorDr. David Christensen, USU

    Center for Sustainable Electrified Transportation (SELECT)

  • 26

    • ~350 undergraduates (~50% male/ 50% female)

    • three engineering degrees

    • project-based learning curriculum

    • integrated design and entrepreneurship

    • dedicated to the discovery and development of the most effective educational approaches and to serve as a model for others

    Olin College is …

    redefine engineering as a profession of innovation encompassing

    • the consideration of human and societal needs

    • the creative design of engineering systems

    • the creation of value through entrepreneurial effort and philanthropy

    We aspire to ….

  • 27

    Student Development -> Workforce Development Authentic, industry-inspired, multi-disciplinary, systems-focused team projects Authentic research experiences with faculty and external partners Learning takes place across a continuum

    Olin has the Aspiration-Authority-Agility-Abilityto effect change

    Engineering education as combination of Content-Process-Culture

  • 28

    Culmination of Olin’s project-based learning curriculum

    Significant engineering project under realistic time and financial constraints for an external sponsor

    Authentic engineering experience as transition to professional practice

    Multi and interdisciplinary, real-world, open-ended problems

    Full-Year Engineering Capstone

  • Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016

    University of Colorado Colorado Springs Campus Director

    Dr. Gregory PlettCenter Director

    Dr. Regan Zane, USUExecutive Director

    Dr. David Christensen, USU

    Center for Sustainable Electrified Transportation (SELECT)

    Energy-Storage-Systems Lead CampusUniversity of Colorado Colorado Springs

  • • Gregory L. Plett, Professor, ECE– PhD in EE (adaptive controls),

    Stanford University– Reduced-order physics-based

    battery modeling and electro-chemical internal state estimation

    • M. Scott Trimboli, Assistant Professor, ECE– PhD in Control Systems Engineering, Oxford University– Optimal and model-predictive physics-based controls

    • A team of 12 undergraduate and graduate students actively working on research projects

    UCCS Faculty and Students

  • • High-Capacity Battery Research and Test Lab– 48 cell-test channels, up to ±800 A at 5 V– Module test up to 120V/30 kW; Pack test to 445V/170 kW – EIS testing, 30A; climate-control chambers

    • Demonstrating Research Innovations in Vehicle Electrification(DRIVE) Lab– Two off-road EVs

    UCCS Facilities

  • • UCCS leads multi-institution DOE-sponsored GATE Center of Excellence in Innovative Drivetrains in Electric Automotive Technology Education (IDEATE)– Graduate Certificate in Electric Drivetrain Technology– MSEE options in Battery Controls, Vehicle Power Electronics– Supports PhD research developing new enabling technology– National impact via remote offerings, fellowships

    Graduate courses supporting PhD in EE emphasis area inBattery Controls

    Feedback Control Digital Control Multivariable Ctrl.

    Systems I, II, III

    Graduate Education in Battery Controls Graduate Education in Vehicle Power ElectronicsUniversity of Colorado Colorado Springs

    MSEE option in Battery Controls

    OptimizationSystem

    IdentificationKalman FilteringModel Pred. Ctrl.

    MSEE emphasis area in Vehicle Power Electronics

    Intro. to Pwr. Elect.Res., Soft SwitchModel/ctrl Pwr. Elect.Pwr. Elect Lab

    Graduate courses supporting PhD in EE emphasis area Vehicle Pwr. Elect.

    Analog IC DesignMix. Signal IC Des.Renewable EnergyCtrl. Sys. AnalysisEmbed. Sys. Des.Digital Control Sys.

    Graduate Certificate inElectric Drivetrain Technology

    Modeling Battery Dynamics Battery Management & Ctrl. Power Electronics for Electric

    Drive Vehicles Adjustable Speed AC Drives

    University of Colorado BoulderUtah State University

    DOE GATE Center of Excellence

  • SELECT Integration Points

  • Annual Meeting and Technology Showcase – Logan, Utah – September 27-28, 2016

    Utah State University Campus DirectorDr. Marv Halling

    Center DirectorDr. Regan Zane, USU

    Executive DirectorDr. David Christensen, USU

    Center for Sustainable Electrified Transportation (SELECT) Utah State University Campus

    Utah Transportation Center (UTC)USU Power Electronics Lab (UPEL)Autonomous Vehicle Program

  • • Paul Barr, Professor, Civil & Environmental Engineering• Marv Halling, Professor, Civil & Environmental Engineering• Vladimir Kulyukin, Associate Professor, Computer Science• Tianbiao (Leo) Liu, Assistant Professor, Department of Chemistry &

    Biochemistry• Zeljko Pantic, Assistant Professor, Electrical & Computer Engineering• Nick Roberts, Assistant Professor, Mechanical and Aerospace

    Engineering• Raj Sharma, Assistant Professor, Electrical & Computer Engineering• Ziqi Song, Assistant Professor, Civil & Environmental Engineering• Regan Zane, Professor, Electrical & Computer Engineering• 3 post-doc researchers, 3 senior staff, 30 undergraduate and graduate

    students on research projectsAffiliated faculty• Jason Quinn, Assistant Professor, Mechanical Engineering, Colorado

    State University• Ryan Gerdes, Assistant Professor, Electrical & Computer Engineering,

    Virginia Tech

    35

    USU Faculty and Students

  • 36

    Facilities at USUSMASH Lab

    Robust Intelligent Sensing & Control Lab

    Power Electronics Lab

    EVR Facility and Test Track

  • Equipment for Transportation Projects

    37

  • • Undergraduate and graduate programs– Transportation Engineering– Roadway structures and materials– Power electronics and electric

    vehicles (IDEATE member)– Secure automated transportation

    systems• Campus EV Club• Active involvement with

    Engineers without Borders• National competitions• Engineering State “E-State”

    – 4-day summer camp for senior high school students

    38

    Education activities at USU

  • 39

  • SELECT Integration Points

    40

  • • Prof. Dragan MaksimovicUniversity of Colorado Boulder

    • Prof. Steve PekarekPurdue University

    • Prof. Chris LeeOlin College

    • Prof. Greg PlettUniversity of Colorado Colorado Springs

    • Prof. Marvin HallingUtah State University

    41

    Campus PIs

    Center for Sustainable Electrified Transportation �(SELECT)Center overviewImpacts of transportation in the USVision for future of electrified transportationSELECT holistic, systems approachCenter research and development enginesElectric Vehicle & Roadway (EVR) FacilityElectrified roadway showcase demosSELECT Center MembershipCampus PIsCenter for Sustainable Electrified Transportation �(SELECT)CU-Boulder Faculty and StudentsProfessional Certification in Power ElectronicsCU-Boulder FacilitiesSlide Number 15Center for Sustainable Electrified Transportation �(SELECT)Purdue Faculty and StudentsPurdue FacilitiesGrainger Energy Conversion and Microgrid LaboratoryGrainger Power �Magnetics Fabrication LaboratoryMatlab Design ToolboxesPurdue Faculty and Students (Civil)���Reducing energy use and carbon footprint of transportation systems.�Direct and indirect impact assessment of proposed transportation solutions such as, transportation electrification, connected and automated vehicles.��https://engineering.purdue.edu/STSRG���� �Slide Number 24Center for Sustainable Electrified Transportation �(SELECT)Slide Number 26Slide Number 27Slide Number 28Center for Sustainable Electrified Transportation �(SELECT)UCCS Faculty and StudentsUCCS FacilitiesDOE GATE Center of ExcellenceSlide Number 33Center for Sustainable Electrified Transportation �(SELECT)USU Faculty and StudentsFacilities at USUEquipment for Transportation ProjectsEducation activities at USUSlide Number 39SELECT Integration PointsCampus PIs