IEEE Standards Association (IEEE-SA) Standards for Smart Grids, Smart Cities and IoT

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1 IEEE Standards Association (IEEE-SA) Standards for Smart Grids, Smart Cities and IoT Jean-Philippe Faure CEO Progilon IEEE SA Standards Board Chair IEEE International Forum Smart Grids for Smart Cities 17 October 2016

2 IEEE: World s Largest Professional Association Advancing Technology for Humanity Our Global Reach 430,000+ Members 45 Technical Societies 160 Countries Our Technical Breadth 1,400 Annual Conferences 3,700,000+ Technical Documents 160+ Top-cited Periodicals 2

IEEE-SA Presence Globally recognized standards Clear IPR policy Over 1000+ active standards More than 500+ standards under development Over 7,000 individual members and 20,000 standards developers

3 IEEE-SA Presence Globally recognized standards Clear IPR policy Over active standards More than 500+ standards under development Over 7,000 individual members and 20,000 standards developers from every continent 200+ corporate members Leverages the breath of 40+ technical areas Smart Grid standards quoted in NIST Flagship transport layer standards in communications (IEEE 802) standards focused on the power and energy sector, etc. Independent global community Open standards process IEEE-SA Strengths 3

4 85 sponsors Aerospace & Electronic Systems (3) Antennas & Propagation (3) Broadcast Technology (2) Communications (3) Computer (14) Computational Intelligence (1) Consumer Electronics (1) Council on RFID (1) Dielectrics & Electrical Insulation (1) Education (1) Electromagnetic Compatibility (1) Electron Devices (1) Engineering in Medicine & Biology (2) Industrial Electronics (1) Industry Applications (8) Instrumentation & Measurement (5) Microwave Theory & Techniques (1) Nanotechnology Council (1) Nuclear & Plasma Sciences (1) Power Electronics (1) Power & Energy (14) Reliability (1) Robotics & Automation (1) Sensors Council (1) Systems, Man, & Cybernetics (1) Ultrasonics, Ferroelectrics, & Frequency Control (1) Vehicular Technology (3) BOG Corporate Advisory Group (CAG) SCC04 Electrical Insulation SCC14 Quantities, Units, & Letter Symbols SCC18 NFPA Standards SCC20 Test & Diagnosis for Electronic Systems SCC21 Fuel Cells, Photovoltaics, ispersed Generation, and Energy Storage SCC22 Power Quality SCC31 Automatic Meter Reading and Energy Management SCC39 International Committee on Electromagnetic Safety SCC40 Earth Observation SCC42 Transportation 4

6 FDC 2016 Initiatives Current Initiatives Graduated Initiatives Maturity Level SMART MATERIALS Kickoff Workshop 18 Feb

8 Complex Smart Grid Market 8 8

IEEE 2030 Spans Three Distinct Perspectives Designed for and developed by: - Power & Energy Defines the numerous data flows necessary for reliable, secure, bi-directional flow of power and energy

9 IEEE 2030 Spans Three Distinct Perspectives Designed for and developed by: - Power & Energy Defines the numerous data flows necessary for reliable, secure, bi-directional flow of power and energy throughout the entire electric power system - Communications Identifies the communications infrastructure necessary for smart grid, from high-speed synchrophaser data to in-premise meter and customer notification systems - Information Technology (IT) Defines the system-to-system communications requirements and data flow to leverage individual systems into a system of systems 9 9

11 IEEE Standards for Smart Networking/Communications 11

Smart Meters ¾ IEEE 1377 - Standard for Utility Industry Metering Communication Protocol Application Layer (End Device Data Tables) Provide a uniform, structured and adaptive data model to operate in

12 Smart Meters ¾ IEEE Standard for Utility Industry Metering Communication Protocol Application Layer (End Device Data Tables) Provide a uniform, structured and adaptive data model to operate in a "plug and play" and multi-source enterprise AMI environment. ¾ IEEE Standard for Optical Port Communication Protocol to Complement the Utility Industry End Device Data Tables ¾ IEEE Standard for Telephone Modem Communication Protocol to complement the Utility Industry End Device Data Tables ¾ IEEE Standard for Local Area Network/Wide Area Network (LAN/WAN) Node Communication Protocol to complement the Utility Industry End Device Data Tables ¾ IEEE P Standard for Utility Industry End Device Communications Module ¾ IEEE P Standard for Compliance Testing Standard for Utility Industry Metering Communications Protocol Standards 12

14 Urban challenges at least some of them Housing Pollution Traffic Water & Energy Health & Wellbeing Crime

15 Initiative Deliverables ¾ As a framework for the initiative Web Portal Knowledge Database : Whitepapers, applications, metrics, use cases, etc. On-Line Technical Community Dissemination through press releases, newsletter, conferences, social media ¾ For each of the selected cities Completion of workshops in cities planning or building a smart city Working groups and whitepapers Metrics to measure effectiveness of municipality efforts to evolve to Smart City Published theses and doctoral dissertations from university students in each city MOOCs Courses developed by the universities on jointly agreed upon topics Follow-on conferences Standards

16 IEEE s Smart Cities Initiative Urbanization Challenge Purpose & Scope: Assist municipalities in managing this transition to urbanization. Raise awareness of the benefits and downsides of technology and help guide the appropriate uses of technology. By engaging with IEEE, municipalities would be assured that the best of breed technologies and standards are being utilized in their projects. Pilot in Guadalajara, Mexico The Guadalajara Municipality has launched a major project, Guadalajara Ciudad Creativa, (GCC) whose goals are very much aligned with the IEEE Urbanization initiative. Portal: 16

17 IEEE Standards on Smart Cities Smart Home 17

18 IEEE Standards on Smart Cities Infrastructure Management ¾ IEEE 1888 Series Standard for Ubiquitous Green Community Control Network Protocol is a Chinese-inspired standard enables large commercial buildings to use less energy and have a smaller environmental footprint. 18

IEEE Standards on Smart Cities Intelligent Transportation ¾ IEEE 802.

specifically 5.850-5.925 GHz band within North America with the aim to enhance the mobility and safety of all forms of surface transportation, including rail and marine.

19 IEEE Standards on Smart Cities Intelligent Transportation ¾ IEEE p supports communication between vehicles and the roadside and between vehicles while operating at speeds up to a minimum of 200 km/h for communication ranges up to 1000 meter in the 5 GHz bands; specifically GHz band within North America with the aim to enhance the mobility and safety of all forms of surface transportation, including rail and marine. ¾ IEEE 1609 Family of Standards for Wireless Access in Vehicular Environments (WAVE) define an architecture and a complementary, standardized set of services and interfaces that collectively enable secure vehicle-to-vehicle (V2V) and vehicle-toinfrastructure (V2I) wireless communications. More information available at 19

21 IoT Application Domains & Stakeholders* Consumer equipment providers Hospitals & Doctors Consumers Healthcare Insurance companies ICT infrastructure providers Regulators Media Home & Building Appliances providers Facility management Logistics companies Logistics IoT architecture frame work Retail Retail stores Public transport companies City authorities Mobility/ Transportation Manufacturing Energy Application developers Utilities Manufacturing industries Automation equipment providers *due to the diversity of IoT application are as only se le cted domains and stakeholders are shown 21

22 IEEE IoT Standards Focus Collaborative IoT Vision Standards Unification IEEE P The Architectural Framework for IoT Description An open community and all are welcome to participate and to share perspectives on addressing and preparing for the inter-connected world of An extensible integrated architectural framework that will continue to evolve and unify the standards creation effort Use cases Recognizes the evolving transformational integration and convergence across technology and application domains. Reference Model Reference Architecture Quadruple Trust Defines relationships among various IoT domains (e.g., transportation, healthcare, etc.) and common architecture elements Defines basic architectural building blocks and their ability to be integrated into multi-tiered systems Addresses how to document and mitigate architecture divergence Builds upon the reference model Blueprint for data abstraction and "quadruple" trust inclusive of protection, security, privacy, and safety

23 IoT Pervasiveness 23

24 IEEE IoT Standards (List) Focus IEEE LAN/MAN Standards (more popularly known as IEEE 802) Description Ethernet, Bridging and Virtual Bridged LANs Wireless LAN, Wireless PAN, Wireless MAN, Wireless Coexistence, Media Independent Handover Services and Wireless RAN. IEEE IEEE Standard for Low-Frequency (less than 500 khz) Narrowband Power Line Communications (Smart Grid applications) IEEE 1903 IEEE 1775 IEEE IEEE IEEE Standard for the Functional Architecture of Next Generation Service Overlay Networks IEEE Standard for Power Line Communication Equipment-- Electromagnetic Compatibility (EMC) Requirements IEEE Standard for a Convergent Digital Home Network for Heterogeneous Technologies Address interoperability of personal health devices (PHDs)

25 IEEE IoT Standards (List) Focus IEEE 1451 Description Family of standards for smart transducers and sensors IEEE P2302 & Intercloud Testbed IEEE 2700 IEEE IEEE P2040 Development of a standard for intercloud interoperability and federation IEEE Standard for Sensor Performance Parameter Definitions IEEE Adoption of Smart Energy Profile 2.0 Application Protocol Standard Family of Transportation Standards To learn more, visit us at: standards.ieee.org/innovate/iot

26 Domain overlaps Manufact. Internet of Things Home EMS Smart Cities Smart Grid Smart meters Street lighting Building Automation Applications Connectivity Applications Sensors & Actuators Example of Power Line Communications Copy right 2016 Progilon All Rights Reserved. 26

27 IEEE : High-speed communication devices via electric power lines, so-called broadband over power line (BPL) devices; defined for the MAC and PHY layers IEEE and IEEE a-2015 : Communications for low frequency (<500 khz) narrowband power line devices via alternating current and direct current electric power lines IEEE : EMC criteria & consensus test and measurements procedures for BPL communication equipment & installations IEEE : Testing and installing different types of smart grid communication equipment to be installed in various domains of the smart grid such as generation, transmission and distribution To learn more, visit us at: 27

Smart street lighting systems Power Line Communications IEEE 1901 IEEE 1901.

of defect lamps Monitor real time consumption Monitor lamp age/life Flashing capabilities for emergency

28 Smart street lighting systems Power Line Communications IEEE 1901 IEEE HD-PLC enables intelligent features Remotely switch off Remotely dim/control light intensity Messaging of defect lamps Monitor real time consumption Monitor lamp age/life Flashing capabilities for emergency uses Integration with police and fire services WiFi access Video surveillance Audio broadcast Copy right 2016 Progilon All Rights Reserved.

Fuse protection for light and PLC IEEE 1901 IEEE 1901.

29 Smart street lighting systems Power Line Communications Power Line Communication controller Fuse protection for light and PLC IEEE 1901 IEEE Street light cabinet Copy right 2016 Progilon All Rights Reserved.

30 Low Voltage Smart metering/smart grid Power Line Communications Control of feed in of renewal energy sources, control of load, switching of heating and cooling based on dynamic tariffs, etc IEEE 1901 IEEE Gateway Power Line Communication Information system Demand side management Co-generation Meters Applicances Energy Management Systems Copy right 2016 Progilon All Rights Reserved.

31 Medium Voltage smart grid Power Line Communications Smart metering data aggregation Grid automation Asset management (SCADA) IEEE 1901 IEEE Other added value applications, such as: Video surveillance IP telephony Copy right 2016 Progilon All Rights Reserved. 31

How to get involved in IEEE-SA Working Groups Individual Method - Open membership, participation, and governance - No restrictions - Any individual or organization - Includes academia - Any industry

32 How to get involved in IEEE-SA Working Groups Individual Method - Open membership, participation, and governance - No restrictions - Any individual or organization - Includes academia - Any industry or size of company Participants are individual technical experts Individuals represent themselves Each individual participant has 1 vote Ballot groups are made up of a minimum of 10 individuals Ballot group participants must be IEEE-SA individual members Entity (Corporate) Method Participants are entities, i.e., companies, universities, government bodies, etc. Designated representative and alternate represent the entity Each entity has 1 vote Requires 3 entities Entity sends representatives to meetings 32

33 Thank You 33

42 Computing in Science & Engineering 43 Concurrency, IEEE 44 Consumer Electronics Magazine, IEEE 45 Consumer Electronics, IEEE Transactions on 46

42 Computing in Science & Engineering 43 Concurrency, IEEE 44 Consumer Electronics Magazine, IEEE 45 Consumer Electronics, IEEE Transactions on 46 IEEE Journals List 1 Advanced Packaging, IEEE Transactions on 2 Aerospace and Electronic Systems Magazine, IEEE 3 Aerospace and Electronic Systems, IEEE Transactions on 4 Affective Computing, IEEE Transactions