nx nastran brochure - ideal plm cis

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7/21/2014 1 Smart Grid Advisory Committee Dr. Chris Greer Senior Executive for Cyber Physical Systems National Institute of Standards and Technology U.S. Department of Commerce June 3-4 2014 Internet of Things and Smart Grid Smart Grid and Cyber-Physical Systems Charge to the Committee Smart Grid and Cyber-Physical Systems

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Page 1: NX Nastran brochure - IDEAL PLM CIS

7/21/2014

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Smart Grid Advisory Committee

Dr. Chris GreerSenior Executive for Cyber Physical SystemsNational Institute of Standardsand TechnologyU.S. Department of Commerce

June 3-42014

• Internet of Things and Smart Grid

• Smart Grid and Cyber-Physical Systems

• Charge to the Committee

Smart Grid and Cyber-Physical Systems

Page 2: NX Nastran brochure - IDEAL PLM CIS

7/21/2014

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Internet of Things

What’s new about the “Internet of Things:”

• Capacity

• Capability

• Reach

Internet of Things - Capacity

Devices connected to the Web:

• 1970 = 13

• 1980 = 188

• 1990 = 313,000

• 2000 = 93,000,000

• 2010 = 5,000,000,000

• 2020 = 31,000,000,000

Source: Intel

Page 3: NX Nastran brochure - IDEAL PLM CIS

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Internet of Things - Capability

Intel Edison:

"It's a full Pentium‐class PC in the form factor of an SD card" 

Intel CEO Brian Krzanich

Tech View of the Universe

Physical Virtual

Page 4: NX Nastran brochure - IDEAL PLM CIS

7/21/2014

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Internet

Internet of Things

Page 5: NX Nastran brochure - IDEAL PLM CIS

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Historic Grid

Smart Grid 1.0

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Smart Grid 2.0 and Beyond

Common Technology Drivers - Examples

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Capability at theEdge

Infrastructure as Platform

Dynamic Configuration

Physical Virtual

Analog Digital

Communications Grid

PacketSwitching

SmartGrid

SmartPhone

DER

eCommerceTransactiveEnergy

NATs/Subnets

Customer‐ownedgrids

SDN DACR

Page 7: NX Nastran brochure - IDEAL PLM CIS

7/21/2014

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• Internet of Things and Smart Grid

• Smart Grid and Cyber-Physical Systems

• Charge to the Committee

Smart Grid and Cyber-Physical Systems

A Common Core Context

Page 8: NX Nastran brochure - IDEAL PLM CIS

7/21/2014

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What are Cyber-Physical Systems?

• Integrated, hybrid networks of cyber and engineered physical elements

• Co-designed and co-engineered to create adaptive and predictive systems

• Respond in real time to enhance performance*

______________________

* Key metrics include: efficiency and sustainability, agility and flexibility, reliability and resilience, safety and security

Physical System

Sensors

Control System(s)

Data Analytics

Optimization

Business & User Goals

Physical Environment

Actuators

Notional CPS Reference Architecture

Page 9: NX Nastran brochure - IDEAL PLM CIS

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Physical System

Sensors

Control System(s)

Data Analytics

Optimization

Business & User Goals

Physical Environment

Smart Grid Program PortfolioTestbedBoynton

SCALE

Communications

Phone

Tower Cell

ProviderNetwork

GlobalNetworks

Automotive

PCM/ECU

AutonomousVehicle

SmartIntersection

SmartTransportation

Energy

Meter

Home AreaNetwork

Micro‐grid

SmartGrid

Example:

InteractingSystems

SystemsOf

Systems

System

Composability

Page 10: NX Nastran brochure - IDEAL PLM CIS

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SCALE Interacting

Systems

SystemsOf

Systems

System

Testing &

Certification

Advanced 

Metering

Timing

EMC

Comms.

Cybersecurity

Wide Area

Monitoring

Power

Conditioning

Testbed

SmartAmerica/Global Cities 

Composability

• Internet of Things and Smart Grid

• Smart Grid and Cyber-Physical Systems

• Charge to the Committee

Smart Grid and Cyber-Physical Systems

Page 11: NX Nastran brochure - IDEAL PLM CIS

7/21/2014

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Progress toward Smart Grid v1.0

• An estimated 65 million smart meters will be installed nationwide by 2015

• Electricity suppliers have committed to making Green Button energy use data accessible to more than 50 million  homes  and businesses   

• Through ARRA investments, more than 1,000 networked PMUs will be deployed by the 2014‐2015 time frame

• The rate of deployment of photovoltaic arrays grew by 41% in 2013  with PV providing 12.1 GW system‐wide at the end of 2013

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Disruptive forces

• Increasing renewable energy investments• Greenhouse gases• Decreasing PV costs• Distributed Energy Resources• Transactive Energy• DR-enabled thermostats, smart appliances• Price of natural gas• Residential scale storage• Customer-owned microgrids• Microturbines• Big Data technologies• Your example here

Page 12: NX Nastran brochure - IDEAL PLM CIS

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Charge to the Committee

Help us to envision the technology and standards foundations that:

• Ensure the landscape of disruptive forces can be forces for progress;

• Empower industry in responding to change;

• Provide the basis for sound policy-making; and

• Enable a Smart Grid of the future that provides for clean and reliable energy.

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Chris GreerSenior Executive forCyber Physical Systems

[email protected] 975 5919

Engineering LaboratoryNational Institute of Standards and Technology100 Bureau DriveGaithersburg, MD 20899-8600

www.nist.gov

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