We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!
Presentation is loading. Please wait.
Published byMike Lacey
Modified about 1 year ago
How to operate virtual power plant. How it Works. © cyberGRID 2014 – A TOSHIBA Group Company
Board of Directors Chairman: Atsutoshi NISHIDA President & CEO Mr. Hisao TANAKA Cloud solutions company Energy & Infrastructur e group Community Solutions group Healthcare systems & Services group Electronic Devices & Components group Lifestyle products & Services group Company name:cyberGRID Headquarters :Vienna, Austria Ownership:76% Toshiba Corporation Division:Community solutions division cyberGRID introduction © cyberGRID 2014 – A TOSHIBA Group Company State of the art technology for “pooling” demand response, distributed generation and storage capacity Developer and deployer of VPP/DR solutions for Utilities
Total energy management solutions Gridstream AMI..and Smart Market For Smart Grid… © cyberGRID 2014 – A TOSHIBA Group Company
Transforming energy sector Fundamental forces © cyberGRID 2014 – A TOSHIBA Group Company “Asset value”“Energy value” Increasing share of renewables Aging infrastructure Public resistance against new projects Growing demand Environmental Issues New markets & needs New technologies New market roles
How it works? © cyberGRID 2014 – A TOSHIBA Group Company Demand Response...by optimizing their energy use......while IT enables operation with real time data......to pool capacity and......participate in markets or balance the grid... Demand response Distributed generation Storage Steel mills Foundries Paper Plants Shopping Malls Glass and Ceramics Manufacturers Chemical Industries Hospitality I&C customers can adapt behavior......for each industries receive compensation...
© cyberGRID 2014 – A TOSHIBA Group Company Demand response products Long-term products Intraday products t Upward energy 5‘‘15‘‘’30‘‘ 24h Downward energy SR Tertiary reserve Intraday products Long-term products Limited number of loads capable of constant automatic swithing Tertiary reserve most suitable for DR, however question of sufficient payments (GE) Increasing energy efficiency by avoiding peak consumption System prediction and optimization capabilities enable up-to a week reliable products Both, upward and downward products are enabled Value for DRES integration
Tender requirements mostly adjusted to DR Baseline calculation fitted to generators Tender requirements mostly adjusted to DR Baseline calculation fitted to generators Tender requirements mostly adjusted to DR Needed ability to replace resources within activation Opening capacity markets in 2016 Tender requirements mostly adjusted to DR Needed ability to replace resources within activation Opening capacity markets in 2016 Market for DR opened in 2013, existing barriers are 24/7 availability, long-term contracting Market for DR opened in 2013, existing barriers are 24/7 availability, long-term contracting Low energy prices hinder DR Opening capacity markets in 2018 Complex bidding on SR Low energy prices hinder DR Opening capacity markets in 2018 Complex bidding on SR Markets for DR opens in Summer 2014 Markets for DR opens in Summer 2014 Complex tendering rules Low prices hinders large scale DR Low prices hinders large scale DR Demand Response accross Europe © cyberGRID 2014 – A TOSHIBA Group Company Repeated pattern of regulatory barriers –regulation fitted to generator, based on historical needs Unfriendly regulatory framework- Strong TSO load reduction programs Unfriendly regulatory framework- Strong TSO load reduction programs Tender requirements mostly adjusted to DR Minimum size 4 MW hinders participation Tender requirements mostly adjusted to DR Minimum size 4 MW hinders participation Contracting for 1 year period hinders participation of small players Contracting for 1 year period hinders participation of small players
Intraday market Vattenfall, Germany >80 connected loads >54 automatically switchable loads Vattenfall, Germany Getting knowledge about: DR issuses Aggregation behaviour of small and mid-sized loads Communication data for system architecture German markets: „Minuten reserve“ market: Daily tenders 15 min product, 4 h duration Low prices Investment insecurity hinders DR No negative impacts on customer devices occurred. Importance of negative DR for high DRES integration Local storage capacities realized by DR are a huge benefit for power systems especially where wind power became the dominating power © cyberGRID 2014 – A TOSHIBA Group Company Results: Intraday market Day-ahead market
Elektro Ljubljana, Slovenia Elektro Ljubljana Group has established southeast Europe's first virtual power plant. Elektro Ljubljana, Slovenia Delivering 12 MW of VPP capacity for tertiary reserve purposes 100 % availability of peaking positive and negative capacity Load curtailment + distributed generation Customers: Steel mills, Foundries, Paper Plants, Shopping Malls, Glass and Ceramics Manufacturers, Chemical Industries © cyberGRID 2014 – A TOSHIBA Group Company ELES Elektro Ljubljana Commerical & industrial prosumers cyberGRID VPP Elektro Ljubljana
Baseline Measured consumption Supplied capacity Activation start Activation stop © cyberGRID 2014 – A TOSHIBA Group Company Example of Elektro Ljubljana tertiary reserve product Contract Yearly bilateral contract with the TSO Yearly testing of newly introduced capacity Aggregator part of balancing group Energy fee & Capacity fee Product 15 min response time Max. number of activations: 2 per day Unavailability time after activation max. 10 hours Maximum time of activation max. 2 hours 24/7 availability Experiences Real life activations started in November, 2013 On average 3 activations per month Elektro Ljubljana VPP is successuflly providing capacity Expansion of capacity planned for new tender Real life activation (November, 2013)
© cyberGRID 2014 – A TOSHIBA Group Company Complex contracting hinders DR Pool allows aggregation Minum bid size (1 MW) Duration of the product (2 h) Activation time (15 min) Availability requirements Enabling Demand Reponse 1. Reasonable tender requirements 3. Mechanism for aggregation accross balance groups Allowing assymetric bidding Positive and negative products Ability to replace resources within activation Shorter contracting periods enable smaller players Baseline measurement methodology 2. Prices and products enabling investment security
Customers, Partners, Projects EDRC European demand response center; project coordinator eBADGE Pan European inteligent balancing mechanism; technical coordinator cyberPRICE Dynamic pricing mechanism: TOU/CPP/RTP; Project coordinator evolvDSO Efficient DRES integration in distribution networks hybrid-VPP4DSO Intelligent load management for distribution network Customers Partners Projects © cyberGRID 2014 – A TOSHIBA Group Company
The future Role of VPPs in Europe Pan European Balancing Market: EU-FP7-Project eBadge Workshop on DSM Potentials, Implementations and Experiences 20 th.
EBADGE EU wide inteligent balancing market Peter Nemček.
Costs of Ancillary Services & Congestion Management Fedor Opadchiy Deputy Chairman of the Board.
Smart Grid Schneider Electric Javier Orellana National Training and Development Manager (Industry)
Development and Operation of Active Distribution Networks: Results of CIGRE C6.11 Working Group (Paper 0311) Dr Samuel Jupe (Parsons Brinckerhoff) UK Member.
Capacity mechanisms in Europe The fundamental issues behind the ongoing sector enquiry Session 2 - If a capacity mechanism, which design is most appropriate?
Future Jordan Virtual Power Plant EEEMF Jordan 2015 Energy Economy & Energy Management Forum For Mena & Fourth Renewable Energy National Dialogue –Amman.
Demand Response – A New Option for Wind Integration ? Marian Klobasa, Dr. Mario Ragwitz Fraunhofer Institute for Systems and Innovation Research European.
0 © 2011 Silver Spring Networks. All rights reserved. Building the Smart Grid.
EStorage First Annual Workshop Arnhem, NL 30, Oct Olivier Teller.
PJM©2013www.pjm.com Economic DR participation in energy market ERCOT April 14, 2014 Pete Langbein.
Microgeneration and new end-use technologies in ADDRESS, INCA and SEESGEN-ICT Jussi Ikäheimo (VTT) (& Regine Belhomme, Giovanni Valtorta) IEA DSM 17 workshop.
Demand Response Workshop September 15, Definitions are important Demand response –“Changes in electricity usage by end-use customers from their.
Power Utilities in the Telecom Business in the USA: Past Failures and Future Trends Mike Oldak Vice President & General Counsel Utilities Telecom Council.
Smart Integrated Infrastructure The Progression of Smart Grid Presentation to National League of Cities Martin G. Travers – President, Telecommunications.
Demand Response: The Challenges of Integration in a Total Resource Plan Demand Response: The Challenges of Integration in a Total Resource Plan Howard.
Measures and regulation to increase generation flexibility and controllability for systems with large shares of variables RES-E Pierluigi Mancarella, Danny.
SmartMeter Program Overview Jana Corey Director, Energy Information Network Pacific Gas & Electric Company.
SMART Devices in Utilities Béla Bakos Innovation advisor
“Investment in Transmission” Economics of Electricity Markets – IDEI Toulouse, 2-3 June 2005 Jon Carlton – Director of Network Strategy.
The information contained in this presentation is for the exclusive and confidential use of the recipient. Any other distribution, use, reproduction or.
Infrastructure & Cities Sector – Smart Grid Division © Siemens AG All rights reserved. October 2012Page 1 The Smart Grid by Siemens Constant energy.
1 IFIEC Energy Forum 22 November 2011 Electricity.
Smart grid energy business
Demand Response https://store.theartofservice.com/the-demand-response-toolkit.html.
Development of a system prototype for control of industrial loads and dispersed electrical power plants on a distribution electrical grid.
© ABB SG_Presentation_rev9b.ppt | 1 © ABB SG_Presentation_rev9b.ppt | 1 Smart Grid – The evolution of the future grid Karl Elfstadius,
Market mechanisms in Norway / Nordel Reserves Adequacy and Demand Response. Security of supply. Grid Operation Division, Bjørn Walther.
Answers for infrastructure and cities. © Siemens AG 2013 All rights reserved. Energy meets intelligence METE TAŞPINAR Smart Grid The Smart Grid - Constant.
Utility Benefits of Demand Response Trevor Lauer DTE Energy Marketing Executive Conference Coeur d’Alene, Idaho.
Leverage Smart Grid Technology into Tangible Results
Energie braucht Impulse Immediate Horizontal Wind Energy Exchange between TSOs in Germany since September 2004 Practical Experiences EWEC 2006, 28 February.
Strategies for Wind Power Trading in Sequential Short–Term Electricity Markets Franck Bourry and George Kariniotakis Center for Energy and Processes EWEC.
© Actility – Confidential – Under NDA 1 Advanced flexibility management: concepts and opportunities Making Things Smart.
© 2008 OSIsoft, Inc. | Company Confidential Smart Grid, Smart Metering and DSM OSIsoft and Cisco systems Arjen Zwaag- Cisco Martin Otterson- OSIsoft.
PJM© Demand Response in PJM 2009 NASUCA Mid-Year Meeting June 30, 2009 Boston, MA Panel: Price Responsive Demand – A Long-Term Bargain.
Rob Bearman Global Energy and Utility Alliances June, 2010 Better Place Presentation to the National Town Meeting on DR and Smart Grid.
Frankfurt (Germany), 6-9 June 2011 André Postma – Netherlands – RT.1b SM components "Smart Grid Components"
B O N N E V I L L E P O W E R A D M I N I S T R A T I O N Page 1 Pacific Northwest Smart Grid Demonstration Project Largest Smart Grid Demonstration.
DOE’s Smart Grid R&D Needs Steve Bossart Energy Analyst U.S. Department of Energy National Energy Technology Laboratory Materials Challenges in Alternative.
Linnfall Consulting Market design: the energy-only market model Linnfall Consulting September 2015.
REAL TIME BALANCING OF SUPPLY AND DEMAND IN SMART GRID BY USING STORAGE, CONTROLLABLE LOADS AND SMART GENERATIONS Abdulfetah Shobole, Dr. Arif Karakaş.
American Electric Power (AEP) Virtual Power Plant Simulator (VPPS) Tom Jones, Manger – Corporate Technology Development American Electric Power Grid-InterOp.
“Demand Response: Completing the Link Between Wholesale and Retail Pricing” Paul Crumrine Director, Regulatory Strategies & Services Institute for Regulatory.
(C) NordPool1 The Nordic Power Market Zonal Pricing Jan Vidar Thoresen Managing Director Nord Pool Consulting AS.
Frankfurt (Germany), 6-9 June 2011 Enel Smart metering in Endesa Meters and More technology Valerio Vadacchino Business Development of Smart Grids and.
Role Of ERC in the WESM To enforce the rules and regulations governing the operations of the WESM and monitors the activities of the Market Operator and.
DOE Analysis Approach Peak demand and electricity consumption March 1, 2012 Office of Electricity Delivery & Energy Reliability.
Getting ready for Advanced Metering Infrastructure Paper by : Rajesh Nimare Presented by : Prashant Sharma.
© 2017 SlidePlayer.com Inc. All rights reserved.