Smart Grid Opportunities and Challenges

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Thursday 27 August, 2020 Presented by Professor Akhtar Kalam Head of EIT’s Academic Board Smart Grid Opportunities and Challenges EIT Technical Engineering Webinar Series Watch Webinar Recording

Transcript of Smart Grid Opportunities and Challenges

Page 1: Smart Grid Opportunities and Challenges

Thursday 27 August, 2020

Presented byProfessor Akhtar KalamHead of EIT’s Academic Board

Smart Grid Opportunities and ChallengesEIT Technical Engineering Webinar Series

Watch Webinar Recording

Page 2: Smart Grid Opportunities and Challenges

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1 Introductions

2 Overview of EIT

3 Smart Grid Opportunities and Challenges

4 Q & A

Agenda

An interactive webinar every month: please utilize the chat box to ask questions

Focused on technical and relevant topics

45 minutes duration

Every webinar is recorded and sent to you afterwards, including any relevant information

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Introductions

Currently working as the Head of External Engagement in the College of Engineering and Science at Victoria University, Melbourne. A former Deputy Dean of the Faculty of Health, Engineering and Science for 7 years.

Concurrent appointment as Distinguished Professor at the University of New South Wales, Sydney, Australia; MRS Punjab Technical University – Bhatinda, India; Crescent University –Chennai, India; VIT – Vellore, India and 5 Malaysian universities.

He is currently the Editor in Chief of the Australian Journal of Electrical and Electronic Engineering.

He has conducted research, provided industrial consultancy and published over five hundred publications on his area of expertise and written over 29 books in the area.

More than 40 PhD students have graduated under his supervision.

He is an external examiner of many external doctoral students in Australia and overseas.

His major areas of interests are power system analysis, communication, control, protection, renewable energy, smart grid, IEC61850 implementation and cogeneration systems.

Professor Akhtar KalamHead of EIT’s Academic Board

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Overview of EIT

EIT’s accredited qualifications reflect the needs of industry today

Engineering conferences held in Australia, NZ, South Africa, the UK and Canada – 15 per annum

400+ short courses (many are customised for specific industry needs)

EIT has an alumni of students from over 146 countries

Global partnerships and accreditation

300+ published technical reference books (including some translated in Turkish, Russian and French)

A network of 300+ lecturers with strong industry experience

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Total $1.3 Trillion

The Energy Enterprise

Energy Purchases Energy Operations Energy Financing1. Procurement2. Distribution3. Metering and Billing

1. Infrastructure2. Space Conditioning3. Process Systems4. Monitoring

1. Financing andInvestment

2. Administration

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Will the electricity system look very different 20 years from now?

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Grid transformation introduces complex resources

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The Smart Grid

Source: https://www.sciencedirect.com/science/article/pii/S1319157819309000

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From Smart Buildings to Smart Energy

Smart Energy

Smart Grid

Smart City

Smart Buildings

Smart buildings: Intelligent building automation systems, smart devices, productive users, grid integration etc.

Smart city: Complex system of interconnected infrastructures and services.

Smart grid: Bi-directional flows of energy, remote control/automation of power, integrated distributed energy etc.

Smart Energy: Smart electric power grids, smart gas networks, smart water systems etc.

Supported by ICT and distributed networks of intelligent sensors, data centers/clouds

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What is the Smart Grid?

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Difference Between a Normal Grid and a Smart Grid

Smart PhoneNormal Phone

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Top 10 Countries for Federal Smart Grid Investment, 2010

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Desire to make the grid smarter, safer, reliable and more cost-effective using advanced sensors, communication technologies and distributed computing.

Motivation for a Smart Grid

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Smart Grid Starting and End Points

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Not a “thing”, but a “vision” – a journey, an evolution.

What is a Smart Grid?based on the DOE National Energy Technology Lab (NETL) definition

Values Characteristics Milestones1. More reliable2. More economic 3. More efficient4. More secure5. More environmentally

friendly 6. Safer

1. Enable active participation by consumers2. accommodate all generation and storage options3. enable new products, services, and markets 4. provide power quality for the digital economy5. optimize asset utilization and operate efficiently6. anticipate and respond to system disturbances

(self-heal)7. operate resiliently against attack and natural

disaster

1. Consumer Enablement (CE) 2. Advanced Distribution

Operations (ADO)3. Advanced Transmission

Operations (ATO)4. Advanced Asset Management

(AAM)

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• No one defining feature, no silver bullets.• No “now it is complete” moment.• As much a change in mindset as introduction of technology.• Will more and more include players outsider traditional network providers – telcos (Telstra,

Optus), IT HW and SW (IBM, Google), and specialist solutions companies.• Our current electricity network (especially in Australia) already has a great many aspects of

the smart grid in place, with continuing improvements and additions.• But! – Much at HV and high power, little at LV and low power. At the trunk and branches,

not yet at the leaves.

What is a Smart Grid anyway?My own observations

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Traditional Grid

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Integration of Renewables

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Smart Grids

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Smart Grid – More SpecificApplications Supporting Integration of Electric Vehicles

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Evolution of the Grid

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Michael E. Porter and James E. Heppelmann, Harvard Busines Reviews:

Smart, connected products are changing how value is created for customers, howcompanies compete, and the boundaries of competition itself. These shifts will affectvirtually every industry, directly or indirectly.

• Electricity is a connected product• Smartness is creating a non-commodity• The value is shifting to the customers (Prosumers)• Competition is changing in the electricity sector• The electricity sector is heavily impacted

Is every “thing” now going SMART?

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A.Toffler: Third Wave (1980): Mass Customization (M-C): Mass customization is mass production of customized products. Bring customers into the value chain by involving the customers in production. Value sharing and prosumer oriented.

• The prosumer is inevitably an energy market participant• The prosumer is an economically motivated entity• A potential co-player or an adversary to the establishment• A collection of prosumers can execute significant market power

Prosumers

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Will Electricity Markets Look Radically Different in the future?

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Will Electricity Markets Look Radically Different in the future?

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Will Electricity Markets Look Radically Different in the future?

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CRICOS Provider Number: 03567C | Higher Education Provider Number: 14008 | RTO Provider Number: 51971

Will Electricity Markets Look Radically Different in the future?

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CRICOS Provider Number: 03567C | Higher Education Provider Number: 14008 | RTO Provider Number: 51971

Will Electricity Markets Look Radically Different in the future?

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Merging Power Flow with Information FlowIntegrated Communications

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The Smart Grid Overarching Communications Framework

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Building Blocks of the Smart Grid

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Attributes of the Smart Grid

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Characterization of the Smart Grid

• Increased use of digital information and control technologies

• Dynamic optimization of grid operations and resources with full cybersecurity

• Deployment and grid-integration of distributed energy resources

• Operation of demand response and energy efficiency programs

• Deployment of “smart technologies” for metering, communications concerning grid operations

and status including distribution automation

• Integration of consumer-owned smart devices and technologies and

• Deployment and control of electric vehicles and storage – thermal, mechanical and electrical

Source: US Energy Independence and Security Act (EISA) of 2007 Section 1301

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Intelligent Interconnected Grid

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Secure, Resilient and Adaptable Gridor

A Strong Grid

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The smart grid requires advanced control at both component and system levels. Different non-linear controls, such as back-stepping control, feedback linearization, model predictive control, and sliding mode control are applied to control DERs, and their grid integration.

Advanced Control is Needed

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As speedy communication facilities, such as fibreoptic, microwave, GSM/GPRS, 3G/4G are becoming the integral parts of the functioning smart grid, the integration of Artificial Intelligence in smart grid applications is becoming simple and feasible.

Relying on Smart Grid Communications

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Future Power Network Needs to be Smarter Grid

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• Digital revolution is changing the value chain.• Prosumers will gain market force.• For the target of decarbonization the electricity system is crucial.• The DSO is core of the digitalization, decarbonization and decentralization

strategy.• FACTS and HVDC installations; Electric storage; Charging infrastructure.• Industry standards needs to be promoted.• Attract young engineers to the power industry.

Conclusion

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“The best thing about the future is that it only comes one day at a time.”

Abraham Lincoln

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Questions?

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