Aust ustralian alian Ba Batte ttery y Stor Storage ge Test - - PDF document

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Aust ustralian alian Ba Batte ttery y Stor Storage ge Test est And And Training aining Fac acil iliti ities es Kno Knowl wled edge ge Sharing Sharing, Exp , Exper erienc iences es an and d Opp Oppor

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tunities nities

21st May 2018

The University of Adelaide Slide 2

History

• Proposal for Australian Centre for Energy Storage , University of Adelaide and Industrial Partners, 2012
• Technical Report on Investigation and Recommendation of Battery Storage for a Mining Site,

University of Adelaide, 2011-2012

• The Australian Energy Storage Test Facility/Australian Energy Storage Knowledge Bank , University
• f Adelaide/ARENA, 2013

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Global Energy Storage: 2017 Year-in-Review and 2018-2022 Outlook

200MW, L i-Ion, 2009-2012 310 MW, Flow Battery (NaS), 2006-2012 3.25 MW, Vanadium Redox , 2000-2012 4MW, Ultra Batteries, 2012- ….. 23MW, Lead Acid, 1987 -2012 Applications: Spinning reserve, frequency regulation, renewable energy integration, peak shaving, reactive power support, deferral, voltage regulation 2017 Annual battery deployment Total large scale battery deployment around the world until 2012

Recycling !

20 40 60 80 100 120 140 160 180 20 40 60 80 100 2010 2011 2012 % of Year Power demand (MW)

Mining site

0.0 1.0 2.0 3.0 4.0 5.0 6.0 7.0 20 40 60 80 100 Power demand (kW) % of Day

Typical load duration (load capacity, load demand) curves in a given time frame

The area under curve is Energy ! Ideal area (generation/demand matches 100% ) Load factor = average load/maximum load in a given time frame

500 1000 1500 2000 2500 3000 3500 20 40 60 80 100 Power demand (MW) % of Summer season

SA , Summer Season Household

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Australian Energy Storage Knowledge Bank (AESKB)

Aims: “Accelerate growth of energy storage industry in Australia by real tests on system components and applications, knowledge sharing and training”

• Central Repository will include:

Case studies, trial / test data, network performance outcomes, storage system level, environmental data, battery level data, link with other databases / projects around Australia and the world, reports and research publications.

• This afternoon, you will hear the details of AESKB project and about the experiences of industry

in selected SA projects.

• Further information about AESKB project can be found on the printed publicity documents (hard

copies available) and on the Web page (which will be functional very soon) www.aeskb.com.au or www.energystorageknowledge.com.au

The University of Adelaide Slide 6

People Involved:

Nesimi Ertugrul (Project Director, The University of Adelaide) Alex Lloyd (Project Manager, Solar Structures Pty. Ltd.) Graeme Bell , Hybrid Energy Consulting Pty. Ltd Gabriel Haines, The University of Adelaide Michael Jansen, Power Technology Engineered Solutions Pty. A number of technical staff from South Australian Power Network (in-kind support)

Acknowledgements

We acknowledge the financial support provided by ARENA, South Australian Power Network, University of Adelaide, ENA, SA State Government

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The University of Adelaide Slide 7

Our Future Vision:

• Developing partnership to utilise the mobile test system, testing all possible configuration
• ptions, sharing data and knowledge with Australian Industry and community.
• Integrating Virtual Power Plant and Distributed Energy Storage concepts and relevant data
• Training future workforce in this exponentially growing area
• Inspiring and providing advice to develop local and National industry on battery storage

technologies