After months of research with utilities across Europe involved in Energy Storage applications, a few things are clear-cut. Stakeholders want to:
- Cut through the technology hype
- Objectively assess the specific applications of grid-scale energy storage across the electricity supply chain
- And very importantly, hear commercial, business case-driven case studies to adopt and implement rather than reinvent the wheel.
For this reason, the Commercialising Grid-Scale Energy Storage Global Congress 2015, taking place in London on 25-26 November, has partnered up with leading European utilities, grid operators, the European Commission and other stakeholder groups to demonstrate and deliver actual results from pilot studies and the future road for commercialising energy storage applications across power generation, distribution and transmission.
The carefully selected case studies will benchmark progress, shape future plans and establish ROI from grid-scale energy storage applied to the entire electricity supply chain.
Comparing Sidecar-less Service Mesh from Cilium and Istio
Commercialising Grid-Scale Energy Storage Congress 2015 - Programme Brochure
1. Presenting Cutting-Edge Breakthroughs From The Latest Pilot
Studies, Trials And Commercial Rollouts On
Grid-Scale Advanced Batteries And Energy Storage Solutions
Key Issues To Be Discussed Include:
25th
-26th
November 2015 | London | UK
Expert Insight From 20 Utilities &
Grid Operators Including:
• PROVING THE BUSINESS CASE FOR ENERGY STORAGE: Defining A Future
Roadmap For Advanced Batteries And Cutting-Edge Energy Storage Solutions To
Identify Key Profitability Drivers
• DETERMINING PROFITABLE POWER GENERATION APPLICATIONS: Demonstrating
The Profit Potential Of The Latest Energy Storage Applications For PV, Wind And
Natural Gas Power Generation
• PROVING THE COMMERCIAL VIABILITY OF TRANSMISSION AND DISTRIBUTION
ENERGY STORAGE: Presenting Commercial & Technical Perspectives On How
Energy Storage Can Optimise Power Transmission To Optimise Costs
• BATTERY COST VS. PERFORMANCE COMPARISONS: Providing A Comprehensive
Breakdown Of Cost Vs. Performance Of The Latest Cutting-Edge Grid-Scale
Batteries To Detail Informed Business Case Overviews
• ENERGY STORAGE REGULATIONS: Clarifying UK And EU Regulatory Frameworks
For Energy Storage Projects To Determine How These Will Impact Business Models
• ENERGY STORAGE ALTERNATIVES TO BATTERIES: Evaluating The Business Case
For Using Alternatives To Battery Storage Including Pump Storage, Flywheels,
Compressed Air Storage And Interconnectors To Demonstrate Profitability
Ernesto Ciorra
Head of Innovation and Sustainability
Enel Italy
Bianca Van Ommen
M&A - Business Development
TenneT
Keith McGrane
Head of Energy Storage
Gaelectric
Lincoln Bleveans
Power Resources Manager
Burbank Water & Power
Jean-Marie Bemtgen
Senior Policy Expert
European Commission
Register By Friday
2nd
October 2015
SAVE
£200
“Demonstrating The Business Case”
Commercialising
Demonstrating The Business Case
And The Future Road Map For
Commercialising Energy Storage Applications
And Grid-Scale Advanced Batteries
Across Power Generation, Distribution And Transmission
www.grid-energy-storage.com
Organized By:
Nigel Fox
Strategy Development Manager
National Grid
Scott Fotheringham
Commercial Procurement Manager
EDF Energy Renewables
Ludger Dinkelbach
Manager Project Development
Statkraft
2. “Demonstrating The Business Case”
Commercialising
Register By Friday
2nd
October 2015
SAVE
£200
www.grid-energy-storage.com + 44 (0) 800 098 8489 info@london-business-conferences.co.uk
The Only Meeting For Utilities Companies And Grid Operators To Discuss Their
Commercial Roadmaps And Practical Applications Of Energy
Storage Across Generation, Distribution And Transmission, Delivering A Thorough
And Objective Cost-Performance Analysis Of The Global Energy Storage Market.
In order to fully utilise the benefits of grid scale energy storage and determine its value over
alternatives such as grid infrastructure upgrades and interconnectors, utilities companies
and grid operators must thoroughly assess a range of cost and performance factors.
The Commercialising Grid-Scale Energy Storage Global Congress 2015 will be
presenting truly objective analysis of the energy storage marketplace allowing for vendors
to refine and redefine their offerings and to fully educate all businesses making the next
steps for applying storage at the utility-scale level.
Attendees will walk away from the conference with a clear vision of the specific ROI that
different storage solutions can deliver from application to application. This will be achieved
by an examination of the performance capabilities of criteria including energy density,
capacity, degradation and lifetimes of cutting edge storage solutions as well as examining
their technological readiness, safety and environmental viability.
This cost-performance assessment will be contextualised by presentations clarifying the
standards and regulations being developed to inform the growth of a consistent and reliable
market mechanism that is required for energy storage to thrive from country to country.
• Exploring Global Perspectives From Decision Makers At Leading Utilities
Companies On The Next Steps For Commercialising Energy Storage
• Breaking Down Specific Generation, Distribution And Transmission Storage
Requirements To Ensure The Perfect Marriage Between Technology And
Application
• Providing European Regulatory Clarity On Frameworks For Supporting The
Establishment Of Market Mechanisms And Underlining The Economic Viability
Of Storage
• Delivering Utilities-Led Discussions On The Specific Performance Criteria
Required From Batteries To Smooth Out Demand And Providing Case Studies
Assessing Energy Storage Technologies Already Delivering ROI
• Examining Grid Operator Strategies For Incorporating Storage Into Ancillary
Services To Demonstrate Next Generation Flexibility And Stability
The Only Utilities And Grid Operator Led Grid-Scale Energy
Storage Congress Truly…
Holiday Inn London - Bloomsbury
Coram St,
London,
WC1N 1HT
Tel: 0871 942 9222
Web: www.hilondonbloomsburyhotel.co.uk
Venue Information:
Interesting speakers
Regulatory Strategy Manager,
National Grid UK
The event was very
comprehensive
Managing Director, Europe,
E.ON Climate Renewable
Very topical agenda and
calibre of speakers
Director of Energy Networks,
Commission For Energy Regulation
3. OUTLINING A ROADMAP FOR DEVELOPING PROFITABLE ADVANCED ENERGY STORAGE
SYSTEMS ACROSS POWER GENERATION DISTRIBUTION, AND TRANSMISSION
Day 1
Wednesday 25th
November 2015
Day One will present a future roadmap for the profitable
integration of advanced battery energy storage systems
while evaluating their impact on PV and wind grid
integration, load shifting, demand side response and
current inversion. It will also outline a comparative cost
vs. performance analysis on the grid-scale advanced
battery and alternative energy storage systems market.
8.40 Chair’s Opening Remarks
KEYNOTE: ROADMAPPING ENERGY STORAGE
TECHNOLOGIES
8.50 Latest Test Results Demonstrating The Business
Case For Profitable Application Of Energy Storage
Into Power Generation, Distribution And Transmission
• Highlighting the strategic vision of utilities companies for
battery-based energy storage projects to define a clear
business case for integration
• Analysing advanced battery cost declines over recent years
to estimate technology readiness and timeframes for
achieving optimum cost levels
• Identifying power losses experienced when using grid-scale
batteries to accurately document application-specific
performances and inform a financial model for their usage
• Evaluating lifetime predictions and component and system
testing to achieve quality assurance for advanced batteries
• Assessing the timescales that utilities companies are
working towards when moving from energy storage pilot
projects to live projects
• Providing a frank set of battery performance specifications
that utilities companies are looking for to determine the
projects they are prepared to invest in and to facilitate hand-
in-glove vendor solutions
• Evaluating opportunities for selling available storage space
within batteries to monetise additional storage capabilities
AntonioBellverGranda,NewBusinessIncubatorUK,GDFSuez
International
9.20 Question Answer Session
ROADMAPPING ENERGY STORAGE TECHNOLOGIES
9.30 Profitable Application Of Energy Storage Into
Power Generation, Distribution And Transmission
• Analysing advanced battery cost declines over recent years
to estimate technology readiness and timeframes for
achieving optimum cost levels
• Identifying power losses experienced when using grid-scale
batteries to accurately document application-specific
performances and inform a financial model for their usage
• Evaluating lifetime predictions and component and system
testing to achieve quality assurance for advanced batteries
• Providing a frank set of battery performance specifications
that utilities companies are looking for to determine the
projects they are prepared to invest in and to facilitate hand-
in-glove vendor solutions
GoranStrbac,ProfessorofElectricalEnergySystemsDirectoroftheUK
CentreforGridScaleEnergyStorage,ImperialCollegeofLondon
10.00 Question Answer Session
TRANSFERABLE US UTILITIES EXPERIENCES
10.10 Applying Key Commercial And Technical
Lessons On Commercialising Grid Energy Storage
Applications In The US
• Examining how state regulations have created a market
mechanism for grid storage through procurement targets to
inform a European model that incentivises advanced battery
energy storage
• Assessing key procurement strategies to determine the
priority features that make a battery investable
• Evaluating how storage is actively substituting peaking
resources to determine comparable costs
• Identifying battery technologies being implemented to deal
with grid outage issues to determine their reliability and
performance
• Examining control systems being implemented to cost-
efficiently charge and discharge batteries
LincolnBleveans,PowerResourcesManager,BurbankWater
Power
10.40 Question Answer Session
10.50 Morning Refreshments in Exhibition Showcase Area
ENERGY STORAGE APPLICATIONS FOR
POWER GENERATION
Demonstrating The Profit Potential Of The Latest Energy
Storage Applications For PV, Wind, Natural Gas
PV GRID INTEGRATION
11.20 Presenting Latest Conclusions On The Business
Case For Integrating Lithium Ion, Lead Acid Batteries
And Other Energy Storage Solutions With PV Systems
• Quantifying whether the cost of pairing storage with PV
exceeds the price of traditional generation to determine its
true market potential
• Assessing the specific lifetime and performance factors of
batteries for PV to justify their investment potential
• Examining the concept of sharing PV grid connections with
different energy generating technologies to maximise output
and minimise costs
• Analysing the importance of the feed-in tariff to PV
generation and whether storage will replace or coexists
alongside the regulation
• Will storage will replace or coexists alongside the
regulation? Analysing the importance of the feed-in tariff to
PV generation
ThomasDrizzard,ProjectEngineer,ERDFNiceGridProject
11.50 Question Answer Session
WIND POWER GENERATION: BATTERY APPLICATIONS
12.00 Considering The Contract Matrix For Wind-
Generated Renewables To Determine the Associated
Storage Applications
• Examining the contract structure for grid scale batteries to
provide ancillary services such as frequency response
• Evaluating the lifecycle and performance requirements to
make these schemes a reality with fluctuation in production
and varying operating conditions
• Exploring the interaction of Treaty for EU Article 34 with
Article 194 and the State Aid Guidelines to determine the
conflict of Treaty norms and resolution by “soft law”
ScottFotheringham,CommercialProcurementManager,EDF
EnergyRenewables
12.30 Question Answer Session
12.40 Networking Lunch in Exhibiting Showcase Area
POWER GENERATION: TECHNOLOGY-LED PANEL
1.40 Comparing Lithium-Ion, Redox Flow And Other
Batteries And Energy Storage Systems For Power
Generation To Demonstrate Profit Potential And
Technological Readiness
• Cost: Outlining cost differentials for Lithium-Ion, Redox
Flow, Lead Acid and other batteries and energy storage
devices
• Performance: Contrasting energy density, capacity,
degradation and lifetimes for several energy storage
systems to determine how these variables impact
power generation
• Technological Readiness: Detailing levels of technological
readiness for the analysed energy storage methods to
identify implementation timeframes
• Safety And Environmental Issues: Examining the latest
safety and disposal regulations for the evaluated grid-scale
batteries to provide clarity on appropriate handling
Moderatedby:RosieMcGlynn,HeadofSmartEnergyandNetworks
Programme,EnergyUK
Panelist:ScottFotheringham,CommercialProcurementManager,
EDFEnergyRenewables
ENERGY STORAGE APPLICATIONS FOR DISTRIBUTION
Proving The Business Case For Optimising Load Shifting,
Demand Side Response And Current Inversion Can
Drive Profitability And Minimise System Losses
LOAD SHIFTING VS. PEAKING POWER PLANTS
2.10 Weighing Load Shifting Through Energy Storage
Against Peaking Power Plants: Defining A Business
Case For Each Option
• Comparing the upfront, operational and maintenance costs
invested in storage for load shifting vs. peaking plants to
paint a comparable picture of cost vs. performance for
meeting peak demand conditions
• Examining the performance of energy storage devices,
including CAES for harnessing large amounts of energy
quickly to meet fluctuating periods of high demand to
determine load shifting’s reliability compared with peaking
power plants
• Quantifying the energy reliability and flexibility load levelling
can provide when applied to 24-hour power generation
vs. more intermittent generation to demonstrate specific
storage system ROI
• Evaluating energy storage chemistries with large capacity
capabilities to determine the most optimal fit
KeithMcGrane,HeadofEnergyStorage,Gaelectric
2.40 Question Answer Session
DEMAND SIDE RESPONSE STRATEGIES
2.50 Demonstrating The Business Case For
Integrating Demand Side Response To Ensure
Flexibility, Cost Sensitivity And Maximum Profitability
• Matching storage with demand side response to make the
customer part of the solution and achieve grid stability and
competitive prices
• Examining commercial hardware and software tools
available to provide energy selectively through storage to
the most attractive demand side revenue destinations and
maximise profits
• Assessing the need for small generators to aggregate with
one another using combined storage to gain access to the
capacity network threshold feeding demand side response
and achieves optimal returns
• Examining how to secure demand side response revenue
streams into a long-term contract to secure renewable
development
MarielleLiikanen,SeniorAdvisor,SwedishEnergyMarkets
Inspectorate
3.20 Question Answer Session
3.30 Afternoon Refreshments In The Exhibition Showcase Area
MINIMISING CURRENT INVERSION LOSSES
4.00 Determining The Benefits Of Minimising Grid
Energy Losses During Current Inversion Through
Advanced Batteries To Reduce Operating Costs And
Increase Efficiency
• Evaluating how to maximise efficiency of inverters when
converting Battery DC to Grid AC to improve financials of
storage integration
• Examining how to practically build micro-inverters efficiently
at a cost reasonable for the storage application to achieve
fewer energy losses
• Assessing practical methods for reducing energy losses in
inverters and transformers to reduce generation required
and additional cost
• Identifying the environmental impact of additional coal and
natural gas generation making up for inversion losses to
encourage increases in efficiency
RosieMcGlynn,HeadofSmartEnergyandNetworksProgramme,
EnergyUK
4.30 Question Answer Session
COMBINED CYCLE NATURAL GAS PLANTS
4.40 How Advanced Grid-Scale Energy Storage
Systems Are Facilitating Peak Demands: Detailing
The Business Case And Technical Benefits
• Evaluating the speed and consistency of advanced batteries
for starting up gas and steam turbines to meet sudden peak
demands
• Comparing experiences of different battery powers and
energy capabilities to determine which devices can optimally
meet the lucrative short-term demand periods
• Assessing the cyclability of tried and tested grid-scale
batteries to determine whether their price represents a
strong business case for investment
• Examining the latest cutting edge batteries from the
practical perspective of utility investment to determine
whether the potential benefits outweigh the practical field
experience
5.10 Question Answer Session
5.20 Chair’s Closing Remarks
5.30 - 6.30 Networking Drinks Reception In Exhibition
Showcase Area
www.grid-energy-storage.com + 44 (0) 800 098 8489 info@london-business-conferences.co.uk
4. UNDERSTANDING UK AND EU REGULATORY FRAMEWORKS, ASSESSING ALTERNATIVES
TO ADVANCED BATTERY STORAGE AND APPLICATIONS FOR POWER TRANSMISSION
Day 2
Thursday 26th
November 2015
Day Two will clarify the regulatory frameworks for
grid-scale advanced batteries and evaluate heat pumps,
flywheels and compressed air systems as alternative
energy storage solutions. It will also analyse the key
applications of energy storage for power transmission and
large-scale industrial and residential use, as well as key
energy management software strategies.
8.40 Chair’s Opening Remarks
ENERGY STORAGE REGULATIONS
Clarifying How The UK And European Regulatory Frameworks
Impact The Economics Of Energy Storage Projects
EU REGULATIONS: TRANSFERABLE LESSONS
8.50 Mapping European Regulations For Energy
Storage To Establish An Aligned Business Model And
Outline Investment Incentives
• Examining how electricity network codes are implemented
across Europe to help integration of storage and solve the
system’s main balancing constraints
• Identifying energy storage system integration frameworks to
pinpoint any regulatory barriers that need to be overcome at
the implementation stage
• Assessing the process for amending regulations, to provide
a feasible idea and timescale for making steps towards
progress
• Analysing specific energy storage integration standards
to avoid costs of customisation and allow for accurate
international comparisons between devices
• Identifying the ownership of energy storage devices between
regulators, utility companies, TSOs and DSOs to clarify
responsibility for operational activities, financing and quality
and costs of projects
Jean-MarieBemtgen,SeniorPolicyExpert,EuropeanCommission
9.30 Question Answer Session
LEGISLATIVE FRAMEWORK: TRANFERABLE LESSONS
9.40 Gaining Clarity On The Legislative Framework
For Demand Side Response Services And TSOs To
Outlook Its Impact On Market Growth
• Analysing the upcoming trends in the energy sector on
which TenneT TSO is to be anticipated
• Identifying the technological developments of Energy storage
at Tennet
• Analysing the implications of the energy trends and the role
of Energy Storage technologies for TenneT TSO and lessons
that can be learnt
• Evaluating the legislative framework for TSOs within Europe,
regarding to the unbundling regulation
BiancaVanOmmen,MA-BusinessDevelopment,TenneT
JorindeBettink,TechnicalAssistant,TenneT
10.10 Question Answer Session
ENERGY STORAGE APPLICATIONS FOR TRANSMISSION
Presenting Technical Perspectives On How Energy
Storage Can Optimise Power Transmission To Quantify
Impact On Costs
ANCILLARY SERVICES APPLICATIONS
10.20 Evaluating The Future Potential Of Energy
Storage To Provide Ancillary Services To Deliver
Flexibility To Grid Networks
• Examining the changing requirement for ancillary services in
a world of increasing renewable generation
• Analysing the application of energy storage for frequency
control to safeguard against generation loss
• Exploring the practicalities of storage applied to primary and
secondary response to determine a cost-benefit analysis
• Evaluating the role of storage in meeting unpredictable moving
demand such as Electric Vehicles to provide energy flexibility
NigelFox,StrategyDevelopmentManager,EnergyStrategyPolicy
MarketOperation,NationalGrid
10.50 Question Answer Session
11.00 Morning Refreshments in Exhibition Showcase Area
TRANSMISSION APPLICATIONS
11.30 Evaluating The Application Of Energy Storage
Devices For Transmission To Cost Effectively Stabilise
The Grid
• Analysing the application of energy storage for frequency
regulation to safeguard against outages and bring it back to
nominal value
• Assessing the future plans of major European infrastructure
programs and funds for reinforcing grid infrastructure and
ancillary services to ensure long term stability
• Examining the specific demands of primary and secondary
response and their related costs to determine how storage
can practically be applied
• Identifying the role storage can play in reducing the number
of overhead lines and wiring by easing capacity restraints at
limited peak times
LudgerDinkelbach,ManagerProjectDevelopment,Statkraft
12.00 Question Answer Session
DELAYING GRID INFRASTRUCTURE UPGRADES
12.10 Providing A Cost Trade-Off Analysis
Between Investing In Energy Storage Projects And
Delaying Grid Infrastructure Upgrades To Ease
Transmission Constraints
• Evaluating the potential for battery storage applications to
delay grid network upgrades through installation in localities
with network constraints to ease demand pressure
• Examining how to be smarter with current networks using
storage more widely in conjunction with renewable projects
rather than building new transmission lines on account of
supply fluctuation
• How to be smarter with current networks: Using storage more
widely in conjunction with renewable projects rather than
building new transmission lines on account of supply fluctuation
• Understanding long term plans for grid infrastructure
upgrades to determine whether batteries represent a long-
term strategy or short-term fix
• Identifying specific preferences of grid operators for battery
technologies or alternative energy storage methods to
determine the long-term vision for implementation
12.40 Question Answer Session
12.50 Lunch In The Exhibition Showcase Area
POWER TRANSMISSION: TECHNOLOGY-LED PANEL
1.50 Determining The Optimal Energy Storage
Technology For Power Transmission Relative To Cost
And Performance
• Cost: Contrasting differences in costs for Lithium-Ion, Redox
Flow, Lead Acid, Sodium Sulphur and other batteries and
energy storage devices
• Performance: Evaluating energy density, capacity,
degradation and lifetime values for several energy storage
systems to determine how these variables affect ancillary
services applications
• Technological Readiness: Determining different levels of
technological readiness for the analysed energy storage
methods to establish timeframes for implementation
• Safety And Environmental Issues: Highlighting key safety
and disposal issues for the selected grid-scale batteries to
calculate its impact on cost and performance
Panelist:BiancaVanOmmen,MA-BusinessDevelopment,TenneT
Panelist:JorindeBettink,TechnicalAssistant,TenneT
2.20 Question Answer Session
LARGE-INDUSTRIAL AND RESIDENTIAL BATTERY
APPLICATIONS
Evaluating Large-Scale Industrial And Residential
Battery Integration To Determine Opportunities For
Reducing Electricity Costs, Improving Reliability And
Stabilising The Grid
LARGE-INDUSTRIAL INDEPENDENT GENERATORS
2.30 Quality Assurance And Cost Analyses For
Commercial PV Battery Systems And PV Power Plants
With Battery Storage
• Examining the application of peak shaving systems for
large-scale industrial and manufacturing sites to deliver cost
savings and manage imbalances in supply and demand
• Assessing a range of battery chemistries being considered
for commercial scale storage to understand the most
applicable and cost efficient solutions
• Evaluating the business case for industrial users renting
storage from local grids vs. wholly owned storage by one party
to determine the pros and cons of a flexible market construct
ErnestoCiorra,HeadofInnovationandSustainability,EnelItaly
3.00 Question Answer Session
RESIDENTIAL APPLICATIONS
3.10 Evaluating The Application Of Lithium-Ion
Batteries And PV Panels To Improve Energy Reliability
For Residential Power Generators
• Analysing methods and protocols required for building a
residential storage system to determine the implementation
barriers that need overcoming
• Identifying the evolving standards for residential storage to
facilitate participation in a frequency regulation or demand
response environment
• Assessing the practical application of heat pumps for
residential storage to determine their cost-benefit in relation
to PV energy strategies
• Examining the types of batteries that are most appropriate
for residential storage and identifying responding to
foreseeable challenges
EileenPatterson,DirectorofHousingServices,FoldHousingGroup
3.40 Question Answer Session
SPARE ELECTRICAL CAPACITY UTILISATION
3.50 Capitalising On Spare Electrical Energy Capacity
Using Energy Storage To Generate An Alternative
Revenue Stream For Utilities
• Evaluating the business case for influencing cheaper
electricity prices and reducing demand by encouraging
consumer demand flexibility using batteries
• Exploring how users of large stationary battery technologies
in Europe are taking advantage of capital investment and
maintenance costs by feeding in capacity to the grid reserve
market to monetise otherwise dormant assets
• Assessing the business case and practicalities of converting
excess wind energy into hydrogen before storing it as a clean fuel
4.20 Question Answer Session
4.30 Afternoon Refreshments In The Exhibition Showcase Area
ALTERNATIVE METHODS FOR ENERGY STORAGE
APPLICATIONS
Evaluating The Business Case For Using Alternatives
To Battery Storage Including Pump Storage, Flywheels,
Compressed Air Storage And Interconnectors To
Demonstrate Profitability
ALTERNATIVEAPPLICATIONSTOBATTERYSTORAGE:PANEL
5.00 Presenting A Business Case On Pumps,
Flywheels Compressed Air And Interconnectors To
Identify The Most Cost Competitive And Reliable
Alternative Storage Technologies
• Pump Storage: Analysing the price, efficiency and reliability
of pump storage compared with utility batteries to determine
the cost-performance differences
• Flywheels: Evaluating the application of flywheels for
frequency response using synthetic inertia to determine
their power effectiveness compared with batteries
• Compressed Air: Assessing the use of Compressed Air
to store energy to determine its technology capabilities,
how well it integrates with the system, and its price
competitiveness compared with batteries
• Interconnectors: Examining whether using interconnectors
to store though distance are a more attractive proposition
due to the higher amounts of energy retained and less
storage capacity required compared with batteries
Panelist:KeithMcGrane,HeadofEnergyStorage,Gaelectric
Panelist:LincolnBleveans,PowerResourcesManager,Burbank
WaterPower
STORAGE MANAGEMENT SOFTWARE
5.30 Evaluating Enhancements In Battery Applications
Achieved Through Storage Management Software To
Determine Next Generation Efficiency, Performance
And Revenue Opportunities
• Examining the accuracy of software tools to pick up subtle
changes in weather conditions and subsequently adjust
algorithms for charging and discharge batteries
• Evaluating the ability of energy management systems to
target multiple revenue pools to guarantee energy reliability
and maximum profits
• Providing a market overview of battery system control
units to determine their specific supervisory performance
capability enhancements
• Assessing the extent to which management systems
are being overused to determine strategies for reducing
manpower hours and costs whilst not compromising safety
6.00 Question Answer Session
BATTERY AUTOMATION SOFTWARE
6.10 Latest Pilot Test Results Demonstrating The
Business Case For Software For Batteries Automation
• Integrating SCADA communications systems into energy
storage to automate battery charging and discharging
• Achieving automated energy storage batteries through
SCADA systems to optimise grid demand interconnection
• Understanding how software solutions can effectively solve
voltage constraints derived from renewable energy grid
integration
6.40 Question Answer Session
6.50 Chair’s Closing Remarks And End Of Conference
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