EnergyTech2015 Program Guide
1 like2,087 views
EnergyTech2015 is an annual conference held in Cleveland, Ohio, focusing on securing the future of energy amidst various global threats including cyber attacks and infrastructure vulnerabilities. Sponsored by multiple organizations, the conference aims to bring together experts in public policy, systems engineering, and technology to address the challenges facing the interconnected energy grid. This year's events include discussions on the U.S. EPA Clean Power Plan, the impacts of renewable energy, and the rise of natural gas in the energy market.
EnergyTech2015 Program Guide
- 1. SECURING OUR ENERGY FUTURE November 30 - December 2 Wolstein Center Conference Pavilion at Cleveland State University 2000 Prospect Avenue Cleveland, OH 44115 Sponsored by INCOSE, IEEE, NASA GRC, and PTC in collaboration with InfraGard, the Cleveland Engineering Society and CSU Washekewicz School of Engineering with additional support from IBM and 3SL www.energytech2015.com
- 2. Letter from the ChairDistinguished Presenters and Collaborators Welcome to EnergyTech2015, the annual conference in Cleveland, Ohio focused on “Securing our Energy Future”. The EnergyTech conference series, now is its 5th year, seeks the convergence of the best minds in public policy, systems engineering, and applied tech- nology to address some of the critical issues of our time. In the aftermath of the recent hostile events in Paris and the Middle East, we are reminded once again that the enemies of civilized societies are relentless in their pursuit of their radical objectives. In addition to outright terror attacks, there have been numerous, documented efforts to exploit vulnerabilities in our infrastruc- ture, including energy systems. Multiple hostile threat scenarios, including cyber, physical, and electromagnetic sources are now considered pos- sible against our critical infrastructure. Further, the recent release from the White House of a National Space Weather Strategy plan speaks to the continuing risks to our grid from devastating solar flares. EnergyTech2015 presenters and panelists will take account of the full spec- trum of these risk factors on the interconnected grid and the dependent, complex infrastructure systems. With support of our core sponsors INCOSE, NASA, PTC, InfraGard and others, this year’s conference elevates the importance of a comprehensive systems approach in dealing with complexity and technology solutions. It also expands the footprint in geographical reach, with attendees from Holland, Spain, Africa, and South America. We are confident that the broad energy focus and value of this annual conference will help reduce risk to our national grid, our critical infrastruc- ture and to society. On behalf of the planning commmittee and confer- ence Co-Chairs Ray Beach and Dr. Charles Alexander, Thank you for your attendance, we look forward to your participation and engaging with these experts on securing our energy future. Sincerely, John Juhasz Conference Chair, EnergyTech2015 CEO/President, Telepath Systems Inc Mike Ahern, Worcester Polytechnic Institute Dr. Charles Alexander, Washkewicz School of Engineering at CSU Dr. Dr. Anuradha Annaswamy, MIT Irv Badr, IBM Dr. George Baker, James Madison University Loyd Baker, 3SL Raymond Beach, NASA Meyer Benzakein, OSU The Honorable Andrea Boland Don Brown, NASA Stewart Cedres, US Department of Energy Susan Davis, Cleveland Engineering Society Gordhan Das Valasai Mike DeLamare, Bechtel Dr. Gareth Digby, Vitech Patrick Doherty, Strategic Innovation Lab at CWRU James Felder, NASA Flora Flygt, American Transmission Co. Robert Garrett, PSG Inc Neil Garrigan, GE Oil and Gas Eric Gebhardt, GE Oil and Gas Dr. Don Gelosh, WPI Dr. Bradley Glenn, Gridquant Technologies Dr. William Good, Cameron Group Kevin Goodman, BlueBridge Networks Virginia Greiman, Boston University Asim Haque, PUCO Matthew Hause, PTC Michael Heil, Ohio Aerospace Institute Oliver Hoehne, WSP|Parsons Brinckerhoff Marija Ilic, Carnegie Mellon Branndon Kelley, American Municipal Power Neil Kirby, Alstom David Long, Vitech Josh Long, Bechtel Benjamin Loop, PCKA Chuck Manto, Instant Access Networks Jenita McGowan, Sustainable Cleveland Anne McNelis, NASA Mark Minnucci, Schneider Electric Dr. Allen Morinec, First Energy Jeff Murphy, Dominion East Ohio John Nairus, Air Force Research Lab John Ostrich, Department of Energy Andrew Ott, PJM Brian Patterson, EMerge Alliance Thomas Pearce, PUCO Andrew Ritch, Duke Energy David J Sadey, NASA Patrick Shaw, Department Homeland Security Todd Snitchler, McDonald Hopkins James Soeder, NASA Josh Sparber, Defense Contract Management Agency Zach Summerford, Schweizer Engineering Labs Beth Trombold, PUCO Neil Tyrrell, GE Loren Mark Walker, BCT Bob Wargo, Reliability First Joe Weiss, RCS
- 3. KEYNOTE ABSTRACT Stewart Cedres is a systems engineer with over 20 years of feder- al service where he has been actively engaged in a wide range of energy activities including R&D, analytics, engineeing, field opera- tions, policy, and advanced model- ing. He serves at the Department of Energy’s Office of Electricity (OE) R&D Division where his responsi- bilities include the identification of electric sector advanced resilience capabilities. In 2014 the National Academy of Engineering named electrification the greatest single achievement of the 20th century. The continen- tal United States (US) power grid crosses multiple geographical re- gions, throughout the US, Canada, and the northern portion of Baja California in Mexico and has provid- ed highly reliable electricity for more than a century. An aging infrastruc- ture system that is going through a transformation, the North Ameri- can power grid is linked to a con- stellation of systems such as fi- nancial, societal, transportation, communications, and so on – most, complex systems on their own right, and all, critically dependent on the power grid. At the same time, growing dependence on highly reliable electricity for national and economic security and the wel- fare of society makes electric- ity resilience a top priority. This keynote provides systems engi- neers and systems thinkers with a description of arguably one of the most complex manmade systems ever designed, provides the chal- lenges it faces, and illustrates why it is important to take a systemic approach when attempting to un- derstand and technologically in- vest on what could now be consid- ered a “system of complex systems” – the North American power grid. MONDAY, NOV 30 0800 Ballroom D+E What are the major forces driving the sea- changes occurring in all phases of Energy Systems i.e., Exploration, Generation, Distribution, Consumption, etc; Systems Support to Policy & Decision Makers; Energy Economics and Politics; how will Systems Engineering facilitate decision making? Track Chairs Beth Trombold, PUCO Maria Ilic, Carnegie Mellon University pg3 TRACK ONE - Ballroom D+E Changing Dynamics of the Global Energy Landscape
- 4. TUTORIALS - Ballroom A Attendees must sign in during each session they wish to re- ceive credit for. Clipboards will circulate during each session after the sesison begins. Monday, Nov. 30, 2015 9:00-12:00 The State of Industrial Control System (ICS) Cyber Security – What Is Happening And What Needs To Be Done Led by Joe Weiss - ACS LLC - 3 CPD hours available In the ICS world, reliability and safety are most important with confidential- ity much less significant. This tutorial will provide an understanding of what is ICS cyber security, how it is different than IT, recent incidents of interest, a sample of actual selected case histo- ries, and what is being done to address these problems. Monday, Nov. 30, 2015 13:30-15:30 Standards, Tools and Technologies for Enabling MBSE Throughout the Systems Lifecycle Led by Matthew Hause, PTC 3 CPD hours available • Model-Based Systems Engineering at the center of Engineering • Specific domains with ontologies - Energy • Product Line Engineering • OSLC • Threat/Risk Standards • Product Line Management • Internet of Things (IoT) • Through-Life Service Costs • Produc- ibility • Requirements Engineering at the start and throughout the lifecycle • Asset Management and Reuse Tuesday Dec 1, 2015 1:30PM-4:30PM Developing a Competency Model for Power and Energy Systems Led by Don Gelosh, WPI 3 CPD hours available Participants in this workshop will de- velop a draft competency model for sys- tems engineers who work with power and energy systems, and will learn how to define roles, activities, competencies and the associated knowledge, skills, abilities and behaviors that are required by power and energy systems engineers. Participants will also learn how to develop the various proficiency level descriptions for awareness, supervised practitioners, practitioners, senior practi- tioners and experts. Tuesday Dec 1, 2015 9:00-12 An Introduction to MBSE Led by Gareth Digby, Vitech Corp. 3 CPD hours available The tutorial demonstrates how the system behavior can be allocated to the (physical) architecture. The partitioning of the behavior amongst the system components is discussed along with the consideration of trial allocations.The use of interfaces and links to represent the abstract and physical aspects of the connections between the system components and external elements is shown. pg5 Certified Professional Development units will be award- ed for each EnergyTech track session and tutorial by The Cleveland Engineering Society. Attendees seeking CPD hours can earn 1.25 hours per day for each track session, and 3 credits for each tutorial. CES serves the educational and professional develop- ment needs of technical professionals and the organi- zations that employ them; to encourage young people to pursue careers in science and engineering; and to foster an exchange of information and ideas that will advance development and recognition of the region as a technology center.
- 5. TRACK ONE -SESSION ONE - Moderator: Commissioner Beth Trombold INTERRUPTION IN THE UTILITY INDUSTRY? Monday 9:00–10:20 in Ballrooms D+E 1.25 CPD hours available Electricity markets are experiencing fundamental changes because of solar, wind, electric vehicles, energy efficiency programs, storage and other forms of distributed generation that may be intermittent or require changes/upgrades to the electric grid. There is also an increase in the availability of smart meters and other devices that can help customers control their electric demand and usage. As a result, demand is less predictable and more volatile. This change also creates challenges for transmission and distribution for all load serving entities, even with new real-time data availability and grid visibility. What technological, regulatory, and/or policy changes are needed in the short term and longer term to keep pace? What will these changes mean for reliability? How will the traditional utility model change in the coming years? Panelists: Robert Wargo - Vice President, Reliability First Corp. Andrew Ritch - Energy Wholesale Renewables Director, Duke Energy Andrew Ott - Executive VP, PJM Interconnection TRACK ONE -SESSION TWO - Moderator: Maria Ilic U.S. EPA CLEAN POWER PLAN. HOW WILL IT AFFECT THE ELECTRIC UTILITY INDUSTRY NOW AND IN THE FUTURE? Monday 10:40–12:00 in Ballroom D+E 1.25 CPD hours available On June 2, 2014, the U.S. EPA, proposed a plan with the stated purpose of reduc- ing carbon emissions from electric generating units, under Section 111(d) of the Clean Air Act. The CPP sets a CO2 emission target for each state, and utilizes four “building blocks” in devising those rates. The CPP suggests power to be dispatched based upon environmental considerations. Today, regional electric markets dispatch power based upon economic considerations and not envi- ronmental considerations. More than four million entities submitted comments on the proposed CPP and on August 3, 2015, the U.S. EPA issued their final plan. What is the overall affect on states, utilities, and ratepayers? What is the timeline for implementation of the CPP? What does the plan mean for the future electric generation mix? How will reliability and prices be impacted? What kinds of tech- nology and regulatory policy changes will be needed? Presenters: Commmissioner Asim Haque - PUCO Flora Flygt, Strategy Planning & Policy Advisor, American Transmission Co. pg7 KEYNOTE ABSTRACT Eric Gebhardt is Chief Technology Officer and Vice President, Engi- neering, GE Oil & Gas; he is also an Officer of the General Electric Corporation. He leads 7,000+ engi- neers through a vision built on sys- tems-level thinking, lifecycle value and customer collaboration. He is a key contributor to GE’s Industrial Internet, focusing on software and analytics, and was also instrumen- tal in launching GE’s first Global Technology Center dedicated to applied research in oil and gas. The future of energy is ever changing and gaining complexity to meet the needs of higher demand balanced with reduced environmental impacts and costs. A framework that deliv- ers cleaner, less expensive energy to more and more people will require a larger system of integrated technolo- gies combining the best aspects of oil & gas as well as wind and solar. These increasingly complex solutions will need greater connectivity and intel- ligence to provide real time monitor- ing and decision making to optimize system performance. This will require additional technologies including in- dustrial internet, robotics, artificial in- telligence, and advanced system level simulation and analysis to provide the comparison to the digital twin necessary to facilitate decision mak- ing. This drives many more multiplex interfaces including physical, func- tional, and software. Layered on top of all of that complexity lies cyber and physical security to protect the assets and the systems availability. The over- arching success of such an elaborate integrated solution will depend on the skills and abilities of a company’s Systems Engineers to properly antici- pate the systems operational needs and design the right system, the first time, in an affordable manner. MONDAY, NOV 30 1230 Ballroom D+E
- 6. TRACK ONE -SESSION THREE - Moderator: Commissioner Beth Trombold THE GAS AND ELECTRIC UTILITY INDUSTRY: CARBON CONSTRAINED Monday 13:30–14:50 in Ballrooms D+E 1.25 CPD hours available This session will focus on the impact U.S. EPA Clean Power Plan (CPP) will play in shaping changes to the natural gas market, including the shale gas marketplace both domestically and perhaps internationally. The inter-dependency between the natural gas and electric industry is growing as there is more movement to- ward natural gas fired generation and away from coal fired generation. Natural gas companies are already seeing an increased need for infrastructure expansion from the growing gas-electric inter-dependency. What are the benefits and risks facing the natural gas industry? What role does the shale gas industry play? What will the changes mean for gas producers, electric utilities and technology now and in the future both in the U.S and abroad? Panelists: Jeff Murphy - Dominion Todd Snitchler - former PUCO Chairman Attorney, McDonald Hopkins Anuradha Annaswamy - Professor Massachussettes Institute Technology TRACK ONE -SESSION FOUR - Moderator: Thomas Pearce GLOBAL ENERGY DYNAMICS - WHAT DOES THE NEXT DECADE LOOK LIKE Monday 15:10–16:30 in Ballroom D+E 1.25 CPD hours available Turmoil in the Middle East is changing the dominance of traditional oil cartels and producers. Coal is in a long decline as an energy source, Nuclear energy is still facing an uncertain future, yet the US is on the threshold of achieving true energy independence. Renewables are still far from cost parity, but showing significant promise. Abundant Natural Gas promises a major export opportunity, potentially changing the geo-political balance of power. And new, disruptive technologies are on the horizon which will transform the energy landscape. This session explores the various global factors and trends influencing the provi- sion and consumption of energy, the impacts of integrating new technologies, climate implications and regulatory pressures. A panel of experts will discuss the interaction of these dynamic forces and offer perspectives and prognostications from their observations and experiences. Panelists: Stewart Cedres - US Dept of Energy Eric Gebhardt - GE Oil & Gas Patrick Doherty - Strategic Innovation Lab, Case Western Reserve University Great Lakes Science Center is funded by the citizens of Cuyahoga County through Cuyahoga Arts and Culture, grants, funds, and corporate and individual gifts. The center’s exhibits support STEM with exhibits including the BioMedTech Gallery, advanced energy, science phenomena and space. pg9
- 7. Where are the breakthroughs? How will new and emerging technologies provide solutions for society energy needs? How can these be effectively integrated with existing legacy systems? Track Chairs Dr. Allen Morinec, First Energy James F. Soeder, NASA GRC pg11 TRACK TWO - Ballroom C New Technologies for Solving the Energy Puzzle The NASA Glenn Research Center in Cleveland, Ohio, is the driving force in air and space propulsion, com- munications and power systems. In almost every aircraft or spacecraft you will find that Glenn technology is inside. Their work expands the reach of human and robotic explorers and inspires the next generation. More than 3,400 people form a highly skilled, diverse workforce of scientists, engineers, technicians and adminis- trative and support personnel. They have a decades-long tradition of excellence in aeronautics and space- flight, making significant contribu- tions to the research, design, devel- opment and testing of technology. They partner with local and national businesses, colleges and universities. Glenn is an integral contributor to the economy of the region and is active in the community. Located near Cleveland Hopkins International Airport, Glenn’s main campus, Lewis Field, is situated on 350 acres of land and contains more than 150 build- ings. The world-class facilities at Lewis Field include wind tunnels, drop tow- ers, vacuum chambers and an aircraft hangar. Glenn’s Plum Brook Station is located in Sandusky, Ohio, on 6,400 acres of land. Plum Brook Station has large, unique facilities that simulate the environment of space. NASA Glenn’s decades of experience are complemented by an enthusiasm for new challenges. The expertise of the workforce is matched by its passion and commit- ment. Whether pioneering the next generation of aerospace technology or educating the next generation of aerospace pioneers, NASA Glenn dreams big.
- 8. 7:15 Registration/Breakfast 8:00 KEYNOTE Stewart Cedres, US Department of Energy Track 1 - Changing Dynamics of the Global Energy Landscape Track 2 - New Technologies for Solving the Energy Puzzle Tutorials 9:00 Interruption in the Utility Industry? Moderator: Commissioner B. Trombold A. Ott, R. Wargo A. Ritch Terrestrial Power Technology I N. Kirby: VSC HVDC Transmission + DC Grid Emerging Tech, Z. Summerford: Ultra-High Speed Relaying The State of Industrial Control System Cyber Security: What is happening and what needs to be done? JOE WEISS, ACS LLC 10:20 Break 10:40 The U.S. EPA Clean Power Plan, How will it Affect the Electric Utility Industry Now and in the Future? Moderator: M. Ilic Commissioner A. Haque, F. Flygt Terrestrial Power Technology II D. Sadey on 3Phase Megawatt-Class Variable Power W. Good on Modular Nuclear Power, J. Sparber on Power Grid Protection, N. Tyrell on Combine Cycle Gas Turbines 12:00 Boxed Lunch Provided in the Atrium 12:30 KEYNOTE Eric Gebhardt, GE Oil and Gas 1:30 The Gas and Electric Utility Industry: Carbon Constrained Moderator: Commissioner B. Trombold J. Murphy, T. Snitchler, A. Annaswamy Hybrid Electric Power for Aeronautic Propulsion Moderator: M. Heil J. Felder, J. Nairus, N. Garrigan, M. Benzakein Standards, Tools and Tech for Enabling MBSE Through- out the Systems Lifecycle MATTHEW HAUSE, PTC 2:50 - 3:10 Break 3:10 Global Energy Dynamics (scheduled until 4:30) Moderator: T. Pearce Panel: S. Cedres, E. Gebhardt, P. Doherty Space Power Systems (scheduled until 4:30) A. McNellis on NASA Intelligent Power Control, B. Loop on NASA IPC Real Time Simulation, B. Glenn on NASA IPC Helm Algorithm 5:00 - 7:00 Light Reception in Conference Center Atrium 7:15 Registration/Breakfast 8:00 KEYNOTE David Long, INCOSE and Vitech Corporation Track 3 - Leveraging the Capabilities of Model-based Systems Development for Energy Track 4 - Managing the Risk Factors in Critical Infrastructure (Energy, Water, Food, Transport, etc.) Tutorials 9:00 M.Walker on Process and Methods O. Hoehne on System Engineering and the Energy Future EMP, Solar Weather and Cyber Effect G. Baker on EMP, J. Ostrich on Solar Weather Effects - Grid and Micro Grid, J. Weiss on Cyber Effects - Industrial Control System An Introduction to MBSE DR. GARETH DIGBY, VITECH 10:20 Break 10:40 Systems Thinking and MBSE M. Minnucci on Systems Thinking and Deployment, G. Das Valasai on AnswerTIMES model for cost prediction Shaping Policy on Critical Infrastructure Protection and Recovery Moderator: M. DeLamare A. Boland, J. Ostrich, P. Shaw, K. Goodman C. Manto 12:00 Boxed Lunch Provided in the Atrium 12:30 KEYNOTE Branndon Kelley, American Municipal Power 1:30 The Energy Grid and Integration of IoT M. Hause on Smart Grid and MBSE Driven IoT R. Garrett on Complex Grid Managment in a Changing and Dynamic Future Resilient Applications J. Long on Minimum Cyber Security Requirements, B. Patterson on DC MIcrogrids and Data Centers, I.Badr on Managing Risk Factors in Critical Infrastructure Developing a Competency Model for Power and Energy Systems DR. DON GELOSH, WPI2:50 Break 3:10 Energizing MBSE in Organizations (scheduled until 4:30) G. Digby on Systems-based Approach to Cyber Investigations M. Hause on What is MIssing in MBSE for Energy Strategies for Resistance (scheduled until 4:30) Moderator: C. Manto G. Baker, J. Weiss, T. Martinson, M. Ahern, M. deLamare 5:00 - 5:45 Happy Hour in Conference Center Atrium 6:00 - 8:30 BANQUET KEYNOTE Virginia Greiman, Author Managing Megaprojects Welcome by City of Cleveland Chief of Sustainability, Jenita McGowan MONDAY, NOVEMBER 30 TUESDAY, DECEMBER 1 WEDNESDAY, DECEMBER 2 ENERGYTECH2015 AT-A-GLANCE 8:30 Registration/Breakfast 9:30 - 12:30 SPECIAL InfraGard led strategy event with Chuck Manto, Facilitated by Steve Pappas
- 9. TRACK TWO -SESSION ONE - Moderator: Allen Morinec TERRESTRIAL POWER TECHNOLOGY I Monday 9:00–10:20 in Ballrooms B+C 1.25 CPD hours available This session will explore technologies developed to improve the terrestrial power utility grid including; fast protection system methods to find and clear faults and dc protection system devices to enable dc distribution systems. Neil Kirby: VSC HVDC Transmission and Emerging Technologies In DC Grids Zach Summerford: Ultra-High Speed Relaying for Transmission Lines. TRACK TWO -SESSION TWO - Moderator: Don Brown TERRESTRIAL POWER TECHNOLOGY II Monday 10:40–12:00 in Ballrooms B+C 1.25 CPD hours available This session continues the exploration of technologies to improve terrestrial power systems including; power systems for building and industrial power, advanced generation, energy storage and smart grid developments. David J. Sadey: Operation and Control of a Three-Phase Megawatt-Class Variable Frequency Power Generation and Distribution System William Good: Modular Nuclear Power Josh Sparber: Effective Measures for Protection of US Power Grid Neil Tyrrell: Fast and flexible combined cycle gas turbines TRACK TWO -SESSION THREE - Moderator: Mike Heil HYBRID ELECTRIC POWER FOR AERONAUTIC PROPULSION PANEL Monday 13:30–14:50 in Ballrooms B+C 1.25 CPD hours available This panel will explore benefits and technology challenges associated with distributed, hybrid electric propulsion for future subsonic aeronautic vehicles. Panel members will include aeronautics propulsion industry, NASA, and the DoD. Mr James Felder, NASA Glenn Research Center Mr John Nairus, Air Force Research Lab, Chief Engineer Power & Controls Division Neil Garrigan, GE Aviation Meyer Benzakein, OSU - Aeronautic TRACK TWO-SESSION FOUR - Moderator: James Soeder SPACE POWER SYSTEMS Monday 15:10–16:30 in Ballrooms B+C 1.25 CPD hours available This session will explore power technologies being developed to enable more advanced deep space missions including; unique power systems, autonomous and intelligent control and real time simulation Ms Anne McNellis: NASA Intelligent Power Control (IPC) Dr Benjamin Loop: Real Time Simulation for NASA IPCDevelopment Dr Brad Glenn: Helm Algorithm Development for NASA IPC pg13 s Home to several major universities, a key NASA center, and various top-level utilities and enterprises dealing with critical infrastructure, Cleveland is well established as a pivotal hub for scientific research and development.
- 10. KEYNOTE David Long has spent over 20 years focused on enabling, applying, and advancing model-based sys- tems engineering (MBSE) to help transform the state of the systems engineering practice. David is the founder and president of Vitech Corporation where he developed and commercialized CORE®, a leading systems engineering soft- ware environment used around the world. David is president-elect of the International Council on Systems Engineering (INCOSE), For almost ten years, the systems engineering community has been focused on the transformation from document-centric to model- based techniques. While most sys- tems engineering organizations have completed pilot efforts, estab- lished appropriate communities of practice, and are plotting their path forward, this transformation is far from complete. In terms of the Roger’s innovation adoption lifecy- cle, we are beyond the early adopt- ers, in the early majority, and mov- ing towards the tipping point where model-based systems engineering becomestheexpectedframeworkand approach for systems engineering. Systems engineering remains a young discipline – one that must con- tinue to learn and evolve, one where transitions should be viewed as way- points along a journey rather than destinations themselves. As we make the journey to model-based, how must we also adapt and evolve the greater practice of systems engineering in a world dominated by cyber-physical systems with the inherent opportunities, risks, and vulnerabilities they bring? What is the next evolution required to ad- dress next generation problems and deliver the organizational value required? What can we begin doing today, even in the continued implementation and adoption of MBSE, to prepare ourselves and our organizations to make that transition? Looking at the journey to date and the opportunities in the future, how can we characterize the next leg of the journey and plot a path forward for ourselves, our organizations, and the greater systems engineering practice? TUESDAY, DEC 1 0800 Ballroom D+E pg17 What is the current state of applied MBSE in the Energy Sector, and how will model- based methods provide decision support for the future; examples of actual models applied for life-cycle management Track Chairs Matthew Hause, PTC Loren Mark Walker, BCT LLC TRACK THREE - Ballroom D+E Leveraging the Capabilities of Model- based Systems Development for Energy
- 11. KEYNOTE ABSTRACT Branndon Kelley, CIO American Municipal Power, brings a diverse background leading the develop- ment & deployment of enterprise- level IT infrastructure & applica- tions in a wide variety of business environments including technol- ogy, education, government, finan- cial services, energy, healthcare & manufacturing. His experience spans IT operations, infrastructure, application development, project management, executive leader- ship, strategy, & business develop- ment. In an effort to make a Utility more “Smart” the business units within are requiring additional data for business intelligence, predictive and data analytics and asset optimiza- tion. To acquire the necessary data points the once “disconnected” power plants, electric grid, and the consumer now have to be con- nected. Utilizing sensor technology, advanced metering, and automated controls the systems within the power plant, transmission & distribu- tion grid, and even a home or busi- ness now become vulnerable. In addition to this business-enabling concept the threat of a full-fledged cyber-attack or at the minimum cyber espionage is real. Utilities are now faced with these threats and must spend enormous amounts of capital and operational dollars to protect their assets utilizing a “not if, but when” mentality. The two competing concepts create a paradox – the more we connect the utility, the more vulnerable it be- comes -however, without connecting the utility, the less “Smart” we can be. Branndon Kelley (Chief Information Officer @ American Municipal Power) will walk us through a discussion on these two topics and how the two competing efforts can co-exist. TUESDAY, DEC 1 1230 Ballroom D+E pg19 TRACK THREE-SESSION ONE - Moderator: Matthew Hause PROCESS AND METHODS Tuesday 9:00-10:20 in Ballrooms B+C 1.25 CPD hours available Capturing stakeholder needs with MBSE and using the System of Systems VEE™ model for evaluating control, communications, and threat and vulnerability assessment. Mark Walker: Process and Methods Oliver Hoehne: System Engineering and Energy Future TRACK THREE -SESSION TWO - Moderator: Mark Walker SYSTEMS THINKING & MBSE Tuesday 10:40-12:00 in Ballroom B+C 1.25 CPD hours available Deployment of MBSE and Systems Thinking in an energy technology company and an evaluation of interfaces in a system of systems development. Mark Minnucci: Systems Thinking, Deployment of MBSE and Systems Gordhan Das Valasai: Finding the least cost future fuel mix with the AnswerTIMES modelling framework TRACK THREE - SESSION THREE - Moderator: Mark Walker THE ENERGY GRID & INTEGRATION OF IoT Tuesday 13:30-14:50 in Ballroom B+C 1.25 CPD hours available The integration of the Internet of Things (IoT) and MBSE in an Energy System and Complex energy grid management in a changing and dynamic future. Matthew Hause: Making the Smart Grid Smarter, MBSE Driven IoT Robert Garrett: Complex Energy Grid Mgmt in a Changing and Dynamic Future TRACK THREE - SESSION FOUR - Moderator: Matthew Hause ENERGIZING MBSE IN ORGANIZATIONS Tuesday 15:10-16:30 in Ballroom B+C 1.25 CPD hours available Implementing System Engineering disciplines and practices in an energy com- pany and a panel discussion of how to promote the use of MBSE in the energy systems.. Dr. Gareth Digby: A Systems-based Approach To Cyber Investigations Matthew Hause: What is Missing for MBSE for Energy?
- 12. Systems and Software Engineering Applications that Accelerate Product Innovation PTC Integrity™ provides Application Lifecycle Management (ALM) and Model-based Systems Engineering (MBSE) that drives innovation and productivity by: Improving collaboration Decreasing time-to-market Streamlining compliance Gaining complete product visibility Look for us in Ballroom F to learn more about PTC and our product line. Safe, cheap, clean, available energy and vital services is critical to our civilization. Protection from natural and man-made threats is a national security issue of the highest order. Track Chairs Charles “Chuck” Manto, Instant Access Networks Michael deLamare, Bechtel TRACK FOUR - Ballroom C Managing the Risk Factors in Critical Infrastructure
- 13. TRACK FOUR-SESSION ONE - Moderator: Chuck Manto EMP, SOLAR WEATHER AND CYBER EFFECT Tuesday 9:00-10:20 in Ballrooms D+E 1.25 CPD hours available George Baker: EMP Effects on electrical and communications systems John Ostrich: Speaking on the Solar Weather Effects on grids and micro-grids. Joe Weiss: Cyber Effects on industrial control systems TRACK FOUR -SESSION TWO - Moderator: Mike deLamare SHAPING CRITICAL INFRASTRUCTURE PROTECTION + RECOVERY POLICY Tuesday 10:40-12:00 in Ballroom D+E 1.25 CPD hours available Panelists: Andrea Boland - current and pending Legislation for the State of Maine as compared to other States: /Maine John Ostrich - Speaking on the Space Weather Policy and Action Plan Patrick Shaw - Addressing the business continuity and the emergency manage- ment consequences of long-term power outages Kevin Goodman - Policy effects on Power and Data Centers Chuck Manto - Policy as a catalyst for technical innovations TRACK FOUR -SESSION THREE - Moderator: Mike deLamare RESILIENT APPLICATIONS Tuesday 13:30-14:50 in Ballroom D+E 1.25 CPD hours available Josh Long: Cyber Security Requirements for a 20 MW Photo Voltaic Field Tim Martinson: The role of Direct Current micro-grids and data centers for efficiency and resilience Irv Badr: Managing Risk Factors in Critical Infrastructure TRACK FOUR -SESSION FOUR - Moderator: Chuck Manto ENERGIZING MBSE IN ORGANIZATIONS Tuesday 15:10-16:30 in Ballroom D+E 1.25 CPD hours available Panelists will briefly present perspectives on Risk Mitigation for Critical Infrastruc- ture. This will be followed by Q&A from the audience. George Baker: Minimizing cascading effects on power and communication sys- tems from high-impact events such as EMP and Space Weather Joe Weiss: Strategies for Industrial Control System resilience Tim Martinson: Microgrids as a resilient strategy Mike Ahern: Topic 4 Education as a strategy for resilience Mike deLamare: INCOSE CIPR Working Group as an Integrating Factor for Busi- ness and Government to Address High Impact Threats KEYNOTE ABSTRACT Building Boston’s Big Dig: Navigat- ing the Challenges of America’s Most Ambitious Urban Megaproject Boston’s $14.9 billion dollar Central Artery/Tunnel Project, commonly known as the Big Dig, was the larg- est, most complex, and technically challenging highway tunneling proj- ect in American history. Larger than the Panama Canal, the Hoover Dam and the Alaska Pipeline Projects, it was built through the heart of one of the nation’s oldest cities and off of the Colonial shoreline. The Big Dig’s former risk manager and deputy chief counsel will de- scribe the extreme engineering and political challenges faced by the Proj- ect and the major lessons learned from this epic undertaking. The Big Dig’s story is an invaluable lesson: How can America invest in infrastruc- ture—and do it smart so that these lessons can be systemically pursued in the megaprojects of the future? TUESDAY, DEC 1 1930 GLASSCOCK BALLROOM Virginia A. Greiman is Professor of Mega- projects and Planning, Boston University and holds academic appointments at Harvard University Law School and Kennedy School of Government. She is the former Risk Manager and Deputy Chief Counsel, for Boston’s Big Dig, and Author of the definitive book on Mega- project Management: Lessons on Risk and Project Management from the Big Dig. She serves as advisor to several of the world’s largest megaprojects and formerly served as a diplomatic official to the U.S. Department of State in Eastern Europe, Asia and Africa and has held several high level appointments with the U.S. Department of Justice. pg23
- 14. Hosted by the EnergyTech organizers and the InfraGard EMP-SIG. Attendance is free for all InfraGard members, CES members, EnergyTech par- ticipants, invited public officials and law enforcement personnel, as well as Utility company management and professionals. The purpose of this special event is to provide an introduction and orienta- tion on the nature of the “Triple-Threat” scenarios which confront the electrical grid, and essentially all critical infrastructure. Risk management and response improvement strategies will be presented along with community / government planning exercises for preparedness efforts. We are especially pleased to welcome Charles Manto, founder and chair of the Infragard EMP-SIG, and co-Author of the newly released book “Triple-Threat Power Grid Exercise”, a guidebook for conducting workshops and table-top exercise discussions in preparing for catastrophic events. REGISTRATION is essential for participation. go to www.energytech2015.com/ registration and select InfraGard Session in our Ticket Tailor window, or sign up onsite at the registration table on Monday or Tuesday when you arrive. PRELIMINARY AGENDA Dec 2, 9:30 AM - 12:30 PM) Welcome Introductions Short orientation on EMP-SIG: History Significance Critical Infrastructure - Threat Scenarios Breakout sessions (6-8) + Summary reports TTX planning process, QA Conclusions, Wrapup, Membership info Session Facilitation by Chief Executive Officer of the Indiana InfraGard Members Alliance Corporation, Steve Pappas. WEDNESDAY, DEC 2 9:30-1230 Tuesday, December 1st at 6:15pm CSU GLASSCOCK BALLROOM 2121 Euclid Avenue, 3rd Floor 18:00 Doors and welcome beverage 18:30 Dinner is served 19:30 Welcome Remarks City of Cleveland Chief of Sustainability, Jenita McGowan 19:45 Introduction to Keynote Cleveland Engineering Society Executiy Director, Susan Davis 19:50 Keynote Author “Megaproject Management: Lessons on Risk and Project Management from the Big Dig”, Virginia Greiman 20:25 Closing remarks and thank yous