7.17.15 M-WERC Presentation to WIDRC - website

M-WERC Presentation to WIDRC July 17, 2015 Jeffrey E Anthony Director of Business Development Midwest Energy Research Consortium What is M-WERC? • Energy, Power and Control (EPC) Industry Cluster – Public Private Partnership Leveraging Marketplace Knowledge • Five Mission Areas ‒ Technology Innovation ‒ Market & Industry Expansion ‒ Work Force & Talent Development ‒ Public Policy ‒ Strategic Collaboration Energy • • • • • + Generation Renewable Fossil Nuclear Bioenergy Power + • • • • • Transmission Distribution Storage Conversion Quality Control • • • • • Industrial Automation Building Automation Energy Management Smartgrid & Microgrid Electric Vehicles Key Benefits to Members Technology Development & Open Innovation Strategic Roadmaps / Market Insights Collaborative Energy Power, and Control Industry Eco-System and Business Development Forum M-WERC Sponsored $2.7M in Research $325K in Workforce Development Why We Started in Wisconsin • Energy Power & Control in Wisconsin – 900 Companies – 100,000 Employees – Over $38 Billion in Sales • Expanding Collaboration in Key Technology Sectors to Companies, Universities and Partners Throughout the Midwest Region +525,000 jobs The Midwest Has Expansive Capabilities in Energy, Power & Control M-WERC Academic Participants We Combine the Power of Wisconsin’s Top Four Engineering Research Universities with the Power of Industry and the Training Know-how of Leading Technical Colleges Combining Technology Innovation, Workforce Development and Strategic Collaboration to Promote Industry Expansion M-WERC Industry Participants TI / Research Projects Outcomes T Jahns , A Nasiri / UWMadison, UW-Milwaukee/ RA, LEM, RB • Novel EMI/EMC Solutions for Power Electronics with WideBandgap Devices B Sarioglu, D Ionel / UWMadison, UW-Milwaukee/ RA , DRS • • • 20% decrease in integrations cost 40% decrease in EMI 40% improvement reliability Hybrid Energy Module Development for HighEfficiency Buildings T Jahns , A Nasiri / UWMadison, UW-Milwaukee/ JCI, LEM, BAS • 35% improvement system efficiency 20-30% decrease in cost 50% improvement reliability Development of Next Generation Efficient Integrated Power System for Higher Power and Survivability A Nasiri, R Cuzner, T Jahns/ UW-Milwaukee, UWMadison/ RA, DRS, LEM, S&C • Energy Storage, Demand Response, and Renewable Energy Interaction at Building, Campus and District Level D Ionel, A Nasiri, / UWMilwaukee, / JCI, LEM, • Modeling and Design Optimization of High Efficiency Permanent Magnet MachineDrive Systems N Demerdash, D Ionel / Marquette, UW-Milwaukee/ RB, RA, Odyne • Model of an NZE (Net Zero Energy) Campus in a DERS Environment B Abushakra , D Ionel / MSOE UW-Milwaukee/ JCI , LEM , AOS • UW-Milwaukee, UW-Madison Micro Grid Labs • • • • • • 25-200 KW AC/DC Microgrid Capability Aligned Labs Milwaukee, Madison $ 200k funds / $350 k Equipment Donations 30% improvement in total system cost 50% improvement in survivability 30-40% improvement in total building operating cost 35% improvement installed cost Copper losses due to the AC resistance Carrier.VAL 0.25 Carrier.VAL TR -0.38 5.00 10.00 PWM waveform • Curve Info Simplorer1 Reference.VAL TR TR Curve Info Simplorer1 Reference.VAL TR 0.25 0.00 • PWM 1.10 0.87 PWM 1.10 0.87 -1.00 30-40% improvement in total system design cost & time 20 % improvement in ave system efficiency Flux distribution in a 12-slot 10-pole PM machine Y PI / Inst / Partners Y Project Time [ms] 15.00 20.00 25.00 Core losses caused by PWM carrier frequencies Core losses produced by the “main” field -0.38 -1.00 0.00 PM eddycurrent losses caused by PWM carrier frequencies 5.00 10.00 Time [ms] 15.00 20.00 25.00 PWM waveform 30-40% improvement in total system operating cost 20 % improvement in total system efficiency No cost extensions until October 2015 have been granted to all projects Rev 3-1-15 Century City Microgrid Project Modular Sub Station Gen III • Smart Feeder Control • Multiple u-grid segments • Functional Cluster Controls Integrated Dist Generation and Power Processor Racks • Modular Fast Switch Array • Modular NG Generators and CCHP Control Modular Dist Gen Sub Station • Modular Generator Houses • Modular Energy Storage Rack Integrated Energy Storage Sub Station • Modular Fast Switch Array • Modular Energy-PowerEnergy Storage Rack Modular Dist Power Sub Station • Modular Fast Switch Array • Modular Energy-Power Storage Rack • Pulse Load Power 11 Technology Innovation Network University Lab/ Capabilities Network Investments National Labs and Administrations 2014-2016 Coordinated Microgrid Labs 2013-2015 Partner Consortium Labs Energy Innovation Center (EIC) 2015-2016 UW-Engine Research UWM Innovation Lab The Nations First Coordinated Network of Capabilities and Labs dedicated to Energy, Power, and Controls (EPC) 2015-2016 MSOE Rapid Prototype Marquette Mechatronics MV Power Systems CHP Systems Power System Automation 2014-2017 Energy Innovation Center M-WERC Will Be Expanding Open Innovation Activities, At The Energy Innovation Center, and Expanding To Other States in 2015 and Beyond More Companies, More Participants Processes External Institutions and Labs Knowledge, Greater Results and Growth Opportunities: Industry Roadmaps Spinoffs Large/Mid-Size Corp Start-ups Acquisitions Tech Roadmaps New and Evolving Industry Architectures Company Growth New Products • New Business Start-Ups • Corporate and Academic Research Labs • Strategic Roadmaps • Energy-Water Nexus • Biofuels • Renewable Energy • Smart Manufacturing Clean Energy Institute • Technology Innovation & Research Projects Joint Ventures New Technology Start-ups & Spin-offs Energy Innovation Center DERS Roadmap - 2013 • Impediments to Growth – Restrictive Interconnection standards – (e.g voltage regulation, frequency regulation prohibited) – Industry Suppliers primary focus is on components of DERS • Lack of system integrators – Lack of Common Language • Many implementations of DERS have been described as a collection of discrete components • If utilities and regulators not view DERS solutions as proven and low risk, they may not be adopted – Waiting for Smart Grid… • Smart grid is composed of advanced metering, automated substation control, and common IT and communications technology – Current lack of interoperability of communications and information technology DERS Roadmap - 2013 • Classic Market Research analysis from Frost and Sullivan utilizing customer reports and data on critical enabling technologies • Pike research database on active projects sorted by segment • Growth rates of segment were derived from this information Market Growth Rate Assumptions: – Green: 18% CAGR • Due to declining costs of solar PV – High Reliability: 12.1% CAGR • This is the average across all DERS segments – Energy Efficiency (including DR) 16.7%: • Fastest growing segment due to FERC’s DR orders • In Pike’s recently published Military Microgrid report, show >100% growth over next years, due to low current capacity and growing interest in funding DERS upgrades via capture of DR revenues at bases – Utility T&D: 14.1% CAGR – Remote DERS: 13.1% CAGR IEE Roadmap Summary Industrial Energy Efficiency (IEE)  Energy Efficiency Market Growing From $150 Billion To $250 Billion / Year By 2020 Industrial EE Is A Key Target  M-WERC Has Developed A Technology Roadmap And Benchmarked It Against Several National Organizations  Formation of the “Midwest Industrial EE Working Group”  Developing Strategy To Double Number Of EE Projects In Region  Opportunities for M-WERC Members:  Discovery Lab on IEE in Energy Innovation Center  Participate in IEE Working Group ESS Roadmap Summary Energy Storage and Systems (ESS)  Energy Storage Market Growing From $5 Billion To $26 Billion / Year By 2025 Industrial Market Is A Key Target  Region Uniquely Qualified Due To Leadership In Battery Technology & Argonne Lab National Battery Energy Storage Lab  M-WERC Has Funded Two Energy Storage Research Projects to Date  M-WERC Member Opportunities:  Opportunities To Partner with Leading Organizations To Demonstrate Energy Storage in Century City Business Park & Demo Areas  Connecting With Leading National Energy Storage Organizations ESS Roadmap - 2015 • Market analysis = global scope • Global markets can be roughly broken into mature and developing economies: – Mature economies = US/Canada, Western Europe, Japan, Australia, etc – Developing and transition economies = China, most of Southeast Asia, Brazil, etc • Mature economies – more extensive existing infrastructure – Fewer, very large scale projects (such as PHS) – More R&D – More residential, small commercial than in developing economies • Developing economies – developing infrastructure, fewer regulations – Large scale projects – PHS more common – Industrial/large commercial also common • Fuel cost – analysis assumes that, on the whole, fossil fuel prices will continue to rise at a low to moderate rate Confidential Information: May Not Be Shared Without Express Written Permission of M-WERC ESS Roadmap - 2015 • North American markets are not broken out explicitly in model, but are considered – Assumes continued growth in renewables – Wind/solar integration: • Generation variability and balancing actions for interconnection will drive demand for storage • Assumes utilities/power managers will reach a tipping point where stochasticity from renewables will be high enough to warrant storage – Fossil fuel prices: • Natural gas likely to remain low cost through at least 2020 • Most other fossil fuel prices will increase incrementally per global markets – UPS markets large in the region – PHS will remain difficult to permit in North America – Load growth may remain limited in some areas Confidential Information: May Not Be Shared Without Express Written Permission of M-WERC ESS Roadmap - 2015 Final Market Findings / Segment Growth 2013-2025 $30,000 Bulk Generation Transmission Distribution Industrial + Large Commercial Small Commercial + Residential $25,000 $ Millions $20,000 $15,000 $10,000 $5,000 $2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 Confidential Information: May Not Be Shared Without Express Written Permission of M-WERC 2023 2024 2025 Proposed Formation of an M-WERC “DERS / ESS Working Group” M-WERC DERS/ESS WG • M-WERC has had very good success in 2014-15 with our new “Industrial Energy Efficiency Working Group” Based on this success, and results from our Strategic Planning activities:  Proposed creation of a “Distributed Energy / Energy Storage Working Group”  Need to position Midwest as a leader in DERS and ESS – markets dominated by companies on the coasts in this country  M-WERC and partner organizations to act as “catalysts” to convene, develop and support the formation of the DERS / ESS Working Group organizations to further our mission Proposed Initial Focus of WG Identify prime DERS and ESS barriers and develop proactive remedial strategies Streamline, coordinate, focus and better support ongoing regional DERS and ESS project development efforts and activities in Wisconsin and eventually the Midwest Develop programming, support materials, processes and activities to accelerate DERS and ESS project development activities across the region with our corporate members Partner with Wisconsin organizations and then expand to Midwest footprint M-WERC Events Upcoming M-WERC Events JOIN US! Upcoming M-WERC Member Meetings – providing opportunities for networking, education, and release of information for our members: September M-WERC Member Meeting – – – – Thursday, September 17th, 9:00am – 1:00pm Topic: The Energy-Water Nexus Location: Downtown Milwaukee In Conjunction with The Water Council M-WERC Technology Innovation Symposium – – – – Thursday, November 19th, day-long event with travel time by bus Topic: Technology Innovation Research Projects Sessions on: Energy Storage, Energy-Water Nexus, Smart Manufacturing Location: TENTATIVE: Argonne National Lab, Chicago, IL Upcoming M-WERC Events JOIN US! Upcoming M-WERC Events: (WIDRC members Invited, too): Supply Chain Management Workshop – Wednesday, July 22nd, 2:00pm – 4:00pm – Organized in conjunction with The New North – Presentation by: Anthony D Ross, Founding Director, Supply Chain Management Institute, UW-Milwaukee – State of the Art Supply Chain Management Best Practices Webinar: “Policy Strategies to Catalyze the Energy Technology Innovation System in Wisconsin and the United States” – Tuesday, August 11th, 1:00pm – 1:45pm – Presentation by: Gary Radloff, Wisconsin Energy Institute – Research Project Results on Technology Innovation in Energy Industry Upcoming M-WERC Events WERCBench Labs DEMO DAY Demo Day will wrap-up the first class of WERCBench Labs with final presentations from all start-up teams Thursday, August 27th 5:00pm – 8:00pm Harley-Davidson Museum Presentations by our Start-Ups Teams on their work this summer and awards & recognition  (Free Beer, too) – – – – Thank You Questions? Contact: Jeff Anthony janthony@m-werc.org 414-444-8208 www.m-werc.org ... Prototype to Commercialized Products • Technology Acceleration – Corporate / Academic Research Labs (3 planned) M-WERC? ??s Energy Innovation Center M-WERC - WERCBench Labs M-WERC Business Start-Up... Energy Storage Lab  M-WERC Has Funded Two Energy Storage Research Projects to Date  M-WERC Member Opportunities:  Opportunities To Partner with Leading Organizations To Demonstrate Energy Storage... workshops, 2- and 4-hour events Getting more of our members to participate in events and share information in other ways M-WERC - WERCBench Labs WERCBench Labs – Demo Day & Wrap-Up • July 16th – M-WERC