WEDNESDAY, JUNE 22, 2016
13
2:00pm
Welcome and Introduction
Stephan Lux,Headof TeamBatteryModules and Systems,
Fraunhofer Institute for Solar Energy Systems ISE,Germany
2:05pm
Overview on BatteryManagement Concepts and Current Developments
Peter Raab, ResearchAssociate, Fraunhofer Institute for Solar Energy Systems ISE,Germany
2:25pm
Value CreationwithAdvanced“BMS”Control Algorithms
Dr.AndreasGutsch,GeneralManager SOLARWATT INNOVATION, SOLARWATTGmbH,Germany
2:45pm
Building Durable, Safe andAffordable Home Storage Solutions
Philippe Bouchard,Vice President, Business Development, Eos Energy Storage, U.S.
3:05pm
Discussion Round
Time 2:00pm–3:30pm
Room
14 B
TECHNOLOGY FOCUS2016:ADVANCEMENTS INHOME STORAGE SYSTEMS
Summary
For long timesAC coupled
battery systemswith 48V
system voltage dominated the
market, using one single cell
technology.Nowwe see
hybrid and high voltage
systems entering themarket.
Common for these battery
systems is that they use their
own batterymanagement
that performs a number of
functions to ensure optimized,
safe and reliable operation
and therefore serves as the
control center.
Within this session advanced
solutions of battery system
and power conversion
systems are described and
potential for improvement in
terms of performance but also
in terms of cost reductionwill
be highlighted.
Moderator
Dr.MatthiasVetter, Head of Department PVOff-Grid Solutions and Battery SystemTechnology,
Fraunhofer Institute for Solar Energy Systems ISE, Germany
Panelists
Björn Eberleh, Head of Research andTest,Akasol GmbH, Germany
Otmar Frey,ManagingDirector Batteries Division, ZVEI –German Electrical
and ElectronicManufacturers‘Association, Germany
SebastianKross,HeadofTechnology&Quality,
Gemeinsames Rücknahmesystem ServicegesellschaftmbH,Germany
Michael Lippert,Marketing& Business DevelopmentManager, Saft SA, France
Michael Schiemann, Technical Director, BAE Batterien GmbH, Germany
Time 4:00pm–5:30pm
Room
14 B
PANEL: STORAGE SYSTEMS ENTERINGTHEMASSMARKET –
ECOLOGICAL FOOTPRINT FROMMATERIALTO 2
ND
USE
Summary
As energy storage systems are
on theway to enter themass
market life cycle assessment is
crucial to determine their
ecological impact and their
environmental performance.
The considerations include key
materials, components and
systems aswell as the
environmental efficiency
during the operation phase.
Furthermore concepts for a
secondary-use of aged EV
batteries and approaches tor
battery recyclingwill be
discussed.
Stephan
Lux
Peter
Raab
Dr.Andreas
Gutsch
Philippe
Bouchard
Sebastian
Kross
Dr.Matthias
Vetter
Björn
Eberleh
Otmar
Frey
Michael
Lippert
