Alistair Steele Network Connected Batteries. 2008 SSEPD Energy storage projects 2010 2011 2012 100 kW Flow Battery 1 MW NaS Battery 2 MW Lithium Battery.

Slides:



Advertisements
Similar presentations
25 October 2012 Gideon Evans LV Network Monitoring Demonstrating the Possibilities.
Advertisements

Demand Response: The Challenges of Integration in a Total Resource Plan Demand Response: The Challenges of Integration in a Total Resource Plan Howard.
Electricity distribution and embedded renewable energy generators Martin Scheepers ECN Policy Studies Florence School of Regulation, Workshop,
 UK Power Networks. All rights reserved Distribution Network Visibility Low Carbon Networks Fund Tier 1 project UK Power Networks & PPA Energy Omer.
Installation of New CHP system at the Old Aberdeen Campus.
City of Fort Collins, CO RDSI Secure Microgrid Demonstration Project 2013 National Town Meeting on Demand Response and Smart Grid July 11, 2013 Washington,
1 Optimising grids Understanding capacity needs to make networks more efficient Mike Kay Networks Strategy and Technical Support Director 23 September.
Alternatives to Grid Connection: Energy Storage: David Surplus Chairman, B9 Energy Group The Institute of Healthcare Engineering and Estate Management.
Low-Voltage D.C. Workshop April 8, 2011
Integrating Multiple Microgrids into an Active Network Management System Presented By:Colin Gault, Smarter Grid Solutions Co-Authors:Joe Schatz, Southern.
John B. Wharton, PE Technical Executive Baltimore, Maryland October 16, 2013 Perspectives on Grid-Integrated Microgrids Maryland Clean Energy Summit.
David MacLeman – SSEPD Nathan Coote – SSEPD Mark Stannard – SSEPD Matthieu Michel – UKPN Alistair Steele - SSEPD Energy Storage and Demand Side Management.
Stewart Reid – SSEPD Louise Thomason – Hjaltland Housing Association Working together with communities Domestic demand response in Shetland.
October 2002 Enerbuild meeting FUEL CELLS IN BUILDINGS Research needs to develop the sector.
Interconnection of Distributed Generation
Stewart Reid – SSEPD Graham Ault – University of Strathclyde John Reyner – Airwave solutions NINES Project Learning to date.
© ABB SG_Presentation_rev9b.ppt | 1 © ABB SG_Presentation_rev9b.ppt | 1 Smart Grid – The evolution of the future grid Karl Elfstadius,
EU policy objectives and European research on Smart Grids European Commission, DG Research Henrik Dam Research Programme Officer ADDRESS international.
Powering forward. Together. Pathways to ZNE: SMUD Perspectives, Grid Impacts, Shared Solar Obadiah Bartholomy Rebecca Rundle Stephen Frantz Presented at.
GE Energy Asia Development Bank Wind Energy Grid Integration Workshop: Issues and Challenges for systems with high penetration of Wind Power Nicholas W.
Flow Battery Energy Storage Systems Kotzebue Electric Association Alaska Center for Energy and Power.
1 Copyright © 2009, Hitachi, Ltd., All rights reserved. 1 Hitachi’s experience in developing Smart Grids Shin-ichi INAGE Renewable Energy & Smart Grid.
The information contained in this presentation is for the exclusive and confidential use of the recipient. Any other distribution, use, reproduction or.
4 th International Congress on Kerala Studies 2015 Disruptive Technologies in Global Electricity Industry: Implications for the Future 19 th July 2015,
Energy Storage Solutions & Applications Vikas K. Tyagi
Discussion of Feed-in Tariff Pilot Programs September 18, 2013 Presentation to the Regulatory Flexibility Committee of the Indiana General Assembly 1.
 UK Power Networks. All rights reserved Demonstrating the benefits of energy storage on an 11 kV Distribution Network Matthieu Michel – Technology.
Frankfurt (Germany), 6-9 June 2011 Power System Impacts from Large Scale Deployment of EV -The MERGE project – João A. Peças Lopes
© Copyright 2013, First Solar, Inc. Arizona’s Energy Future August 21, 2014.
Thomas DEGNER -DE- BETA SESSION 4b: Integration of RES+DG Barcelona May DISPOWER Distributed Generation with High Penetration of Renewable.
Eagle Crest Energy Company February Page 2 New Hydro: Making it Happen Background on the Eagle Mountain Pumped Storage Project Need for Eagle.
California Energy Efficiency Retrofit Market Size Estimates, Alongside Solar and Demand Response Options Reference material for October 12, 2012 Governor’s.
1/20 ea technology MicroCHeaP: Month 24 meeting Athens Work Package 4 presentation 21 September 2006 Presented by Yvonne Dickson Partners in power asset.
Techno-economic Analysis of an Off-grid Micro- Hydrokinetic River System for Remote Rural Electrification Central University of Technology Energy Postgraduate.
The Fully Networked Car Geneva, 3-4 March 2010 Electrical mobility and Climate Change Ziva Patir VP Standards,Regulations and Compliance Better Place Mass.
Energy Storage Applications at AEP Emeka Okafor American Electric Power Presentation to SouthWest Electric Distribution Exchange May 7, 2009.
Energy Networks Association The Road to a Smarter Grid Alan Claxton Director of Energy Futures Towards The Smarter Utility Wednesday 18 th May 2011.
K E M A T & D C O N S U L T I N G Power System Conference, Clemson, South Carolina, March 8-11, 2005 Principles and Issues Relating to the Interconnection.
©2009. Northern Power Systems. All Rights Reserved. Not to be used or shared without permission. Proprietary and Confidential.
Smart Grids: Ireland’s Unique Opportunity Doireann Barry, Smart Grid Programme Manager.
EARLY FINDINGS OF AN ENERGY STORAGE PRACTICAL DEMONSTRATION Peter LANG - UK Power Networks Neal WADE and Philip TAYLOR – Durham University Peter JONES.
The Role of Energy Storage as a Renewable Integration Solution under a 50% RPS Joint California Energy Commission and California Public Utilities Commission.
Steady State Analysis Of A Microgrid Connected To A Power System
More Than Smart – A Distribution System Vision © 2011San Diego Gas & Electric Company. All copyright and trademark rights reserved. Dave Geier – VP Electric.
Connecting Low Carbon Generation Clive Goodman Primary System Design Engineer.
MERC (N ET METERING FOR R OOF - TOP S OLAR P HOTO V OLTAIC S YSTEMS ) R EGULATIONS, 2015 Commercial Section.
Distributed Energy Storage
How IT Transition can feed green growth and energy transition through innovation 25th MAY, 2016 Masaaki Yamamoto New Energy and Industrial Technology Development.
1 Electricity North West’s Demand Response demonstration Simon Brooke Low Carbon Projects Manager.
Alex Glenn Duke Energy Florida President
Smart Grid Paul Bircham Commercial Strategy & Support Director.
SCE Energy Storage Perspective
GSR022: Review of Security and Economy Required Transfer Conditions
Engaging Energy Consumers Energy Action, Fuel Poverty & Climate Action Conference - March 2017 Aoife MacEvilly Commissioner for Energy Regulation Regulating.
Transition towards Low Carbon Energy Monday 12th June 2017
Scene 1: Show EV cars charging in a city
Panasonic Battery Project
SCORES project presentation
PORTOFOLIO COMMITTEE ON ENERGY
Wayne Bexton – Head of Energy Services
Unlocking Demand Contribution to Distribution Network Management
Dinamic of price level in RES sector in Lithuania
Case Studies on Field Deployment of PV Battery Storage Systems
Metropolitan Mayors Caucus Illinois Energy Bills
SCORES project presentation
Meeting the challenge: Electrification and Climate Change
The WSCC ‘Your Energy Sussex’ Programme
Brandenburg’s Contribution to the “Energiewende” in Germany
Local Authorities and Sustainable Energy
Opportunities for Local Energy
Presentation transcript:

Alistair Steele Network Connected Batteries

2008 SSEPD Energy storage projects kW Flow Battery 1 MW NaS Battery 2 MW Lithium Battery 3 x 25 kW Lithium Batteries

Shetland 1MW Battery

Installed 1 MW / 6 MWh NaS battery Significant safety incident in Japan has halted progress Currently awaiting results of detailed investigation before making a decision on project status

LV Connected Energy Storage

Project drivers The uptake of low carbon technologies is already having an impact on how we operate our LV networks: - Solar PV - Heat pumps - Electric vehicles Traditional solution is to replace cable / associated plant Can energy storage be used to mitigate these effects? Is there an operational / economic case over existing solutions?

Overview Small array to prove functionality 3x single phase, 25kVA batteries connected at 230V Located towards the end of the circuit for SSE Zero Carbon Homes project Determine operational issues and benefits: Peak lopping demand & generation Voltage support from real / reactive power Aggregated reduction in peak demandand phase balancing

Network location of the batteries Low voltage connected battery project

Network location of the batteries Low voltage connected battery project

Site photographs Low voltage connected battery project

Installation photos – Chalvey, Slough Low voltage connected battery project

Installation photos – Chalvey, Slough Low voltage connected battery project

Communications schematic

Low voltage connected battery project G59/2 commissioning

Low voltage connected battery project G59/2 commissioning

Low voltage connected battery project Safety & comms testing

Presently have a comms fault internal to the battery in two of the units Working with manufactured to resolve situation Basic test programme started July 2012 – moving into detailed testing of the units to flatten demand and manipulate voltage Learning will feed into the larger project rollout under Tier 2 Next steps

Project within timescales / budget Safety case / risk assessment completed All three battery units successfully installed Manufacturer commissioning and G59 compliance completed Radio communications working as intended Enmac integration complete Test programme to run for 2 years Formal learning report released 2014 Summary

Orkney Energy Storage Park

Orkney battery - Technology

Orkney battery - Service Based Contract Battery not owned or operated by network business Service procured – Constraint management Battery owner free to trade across multiple markets

Thank you very much for your attention