ila10880 programme fin ol highl - ila-lead.org · the future of lead-acid batteries and innovations...

9

Upload: others

Post on 05-Jun-2020

1 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries
Page 2: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries
Page 3: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries
Page 4: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries
Page 5: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries

Robe

rt F

licke

r

The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn Manufacturing Co., United States

Huw

Rob

erts

Can Asia Continue to Power Growth in Lead-Acid Batteries? Huw Roberts, CHR Metals, United Kingdom

Boris

Mon

ahov

The Future of Advanced Lead Batteries and the New ALABC Program Boris Monahov and Andy Bush, ALABC, United States

Luis

Mun

uera

The Role of Storage in Decarbonizing Global Energy Systems Luis Munuera, International Energy Agency, France

Nick

Sta

rita

Global Market Trends for Industrial Lead-Acid Batteries Nick Starita, Hollingsworth and Vose, United States

Chris

tian

Rose

nkra

nzEngineering the Future Christian Rosenkranz, Johnson Controls Power Solutions, Germany

Doug

Lam

bert

Is the ‘ZERO Environmental-Lead Emissions’ Lead-Acid Battery a Viable Possibility (Opportunity) for the Future? Doug Lambert, Wirtz Manufacturing Company Inc, United States

Chris

toph

e Pi

llot

Automotive and Industrial Applications Christophe Pillot, Avicienne, France

Neil

Haw

kes

Beware The Stock Iceberg - What are the Prospects for Lead Price to Lift after Recent Cooling? Neil Hawkes, CRU, United Kingdom

Joha

nn D

empw

olfAdvanced Lead-Based Batteries in

Europe: Market Update and Legislative Developments Johann Friedrich Dempwolff, EUROBAT, Belgium

Juer

gen

Garc

he

Future Battery Energy Storage Systems – With Lead-Acid Batteries? Juergen Garche, FCBAT/University of Ulm, Germany, and Alexander Hirnet, VARTA Storage GmbH, Noerdlingen, Germany

Dirk

Uw

e Sa

uer

Lead-Acid Batteries in a Competing Market – Stationary Batteries for Grid Services and PV-Home Storage Systems Dirk Uwe Sauer, Julia Badeda, Dirk Magnor, Tjark Thien and Kai-Philipp Kairies, ISEA - RWTH Aachen University, Germany

Davi

d St

one

Battery Energy Storage Systems (BESS), an Academic Approach to the Installation of a Practical System David Stone, Daniel Gladwin and Martin Foster, University of Sheffield, United Kingdom, and Danielle Strickland, Aston University, United Kingdom

Tim

Moo

re

High-Rate Photovoltaic–Battery Test Profiles Tim Moore, CSIRO Energy, Australia, and Nicholas Batt, Ecoult, Australia

Colli

n M

ui

An Advanced Bipolar Silicon-Lead Technology for Renewable Energy Applications Collin Mui, Daniel Moomaw, Steve Hinojosa and Christian Beekhuis, Gridtential Energy Inc, United States

Gui-P

ing

Dai

Novel Lead–Graphene Positive Grids for a Motive Power Lead-Acid Battery Gui-Ping Dai, Zheng-Fu Chen and Long-Rui Zhou, Chaowei Power Ltd., China

Andr

ea B

rinca

t

The Design and Performance of a Lead-Acid Smart Battery System for Micro-Energy Home Storage Andrea Brincat, Joseph Cilia and Maurice Apap, University of Malta, Malta

Edw

ard

Shaff

er II

Advancing the Energy Power Envelope of Lead-Acid Batteries with Bipolar Design Edward Shaffer II, Advanced Battery Concepts, USA

Mor

itz H

uck

Modelling Charge Acceptance for Stationary Lead-Acid Batteries Moritz Huck, Julia Badeda, Martin Biolik and Dirk Uwe Sauer, ISEA – RWTH Aachen University, Germany Kl

aus D

iete

r Mer

zNew Filling and Formation Process for VRLA Cells in Gel Technology Klaus Dieter Merz and Joseph Cilia, Abertax Technologies Ltd, Malta

Page 6: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries

Alla

n Co

oper

Demonstrating Advanced Lead Carbon Batteries in 48V Micro/Mild Hybrid Vehicles Allan Cooper, ALABC, United Kingdom

Tors

ten

Hild

ebra

ndtNew Test Procedures in European

Standards – Status and Experiences Torsten Hildebrandt, CENELEC TC 21X, Germany and Jörn Albers, Johnson Controls Power Solutions EMEA, Germany

Jörn

Alb

ers

Investigating AGM Batteries from Car Operation Jörn Albers and Ingo Koch, Johnson Controls Power Solutions EMEA, Germany

Gord

on B

eckl

eyAdvanced Lead-Acid Battery Expanders: The Key to Sustainable Energy Gordon Beckley, Terry Murphy, and Maureen Murphy, Hammond Group Inc, United States

Geor

ge B

rilm

yer

A Geometrically Optimized VRLA Battery for Power and Thermal Management in HEV Applications George Brilmyer, Michael Gilchrist and Tony Coffman, HighWater Innovations, United States

Grze

gorz

Pila

tow

iczA Novel Method of Internal Failure

Detection for Lead-Acid Batteries Operated in Micro-Hybrid Applications Grzegorz Pilatowicz, BatterieIngenieure GmbH, Germany, Michael Jantosch, FGH Zertifizierungsgesellschaft mbH, Germany, Christel Sarfert, Eberhard Schoch, Martin Königsmann, Robert Bosch GmbH, Germany and Dirk Uwe Sauer, ISEA – RWTH Aachen University, Germany

Boris

Ste

iner

Further Improvements of EFB With Respect to Better DCA, Higher Cycling Performance and Outstanding Cold-Cranking Power Boris Steiner, Rainer Wagner and Benjamin Hübner, MOLL Batterien, Germany

Mat

thew

Sm

ith

Dynamic Charge Acceptance in High Carbon Lead-Acid Cells: Variation with Environmental Conditions and Test Parameters Matthew Smith, Daniel Gladwin and David Stone, University of Sheffield, United Kingdom

Subh

ash

Dhar

A Novel Low Cost Approach for Energy Storage in Partial Electrification of Automobile Application Subhash Dhar, Paul Gumber, Srinivasan Venkatesan, Fabio Albano, Erik Anderson and Susmitha Gopu, Energy Power Systems LLC, United States

Toku

nori

Honm

a

The Second Generation UltraBattery for Advanced 14V Hybrids Tokunori Honma and Jun Furukawa, The Furukawa Battery Co., Ltd, Japan

Eckh

ard

Kard

en

The Future of Automotive Batteries – Challenges and Opportunities for Lead-Acid Eckhard Karden, Ford, Germany

Jesu

s Val

enci

ano

Improvement of Recharge Ability and Cycle Life Performance of Enhanced Lead-Acid Batteries under Stop-Start and Partial State of Charge Duties Jesus Valenciano, Francisco Trinidad and Alba Couceiro, Exide Technologies, Spain

Development of a Flooded Type Lead-Acid Battery for Idling Stop-Start Systems Shinsuke Kobayashi, Masatoshi Tozuka, Toshio Shibahara, Motoko Harada and Tetsuro Okoshi, Hitachi Chemical Co Ltd, Japan

Shin

suke

Kob

ayas

hi

Ange

l Kirc

hev

Lead-Acid and Lead-Carbon Batteries with New Thin Plate Electrodes Angel Kirchev, Jérémy Lannelongue, Mikael Cugnet and Nicolas Guillet, CEA-LITEN, France

Begü

m B

ozka

ya

Analysis of the Hydrogen Evolution Reaction on Pure Carbon Additives and Lead-Carbon Electrodes in Sulfuric Acid Solution Begüm Bozkaya, Henning Lorrmann, Matthias Rumpel and Jochen Settelein, Fraunhofer Institute for Silicate Research, Germany and Gerhard Sextl, Fraunhofer Institute for Silicate Research and University of Wuerzburg, Germany

Detc

hko

Pavl

ov

Inhibitors of the Sulfation of Lead-Carbon Electrodes of Lead-Acid Batteries Operated in the High-Rate Partial-State-Of-Charge Duty Detchko Pavlov, Vesselin Naidenov, Sasho Vassilev and Yovka Milusheva, Institute of Electrochemistry and Energy Systems, Bulgarian Academy of Sciences, Bulgaria and Toshio Shibahara and Masatoshi Tozuka, Hitachi Chemical Co. Ltd., Japan

Mat

thew

Rai

ford

Emerging Active Materials Based on Advanced Additives and Secondary Soft Lead Materials Matthew Raiford, David Prengaman, Timothy Ellis, RSR Technologies, United States and Maureen Murphy, Hammond Expanders, United States

Kevi

n W

hear

Global Lead-Acid Battery Trend and Component Advances Kevin Whear, Daramic, United States

Mon

ika

Kwie

cien

Study of Electrochemical Impedance Measurements to Evaluate the Influence of Stratification on Lead-Acid Battery Performance Monika Kwiecien and Dirk Uwe Sauer, ISEA – RWTH Aachen University, Germany

Divy

a Ti

war

i

Water Transmission Properties of Plastics in AGM Batteries Divya Tiwari and Frank Fleming, NorthStar Battery Company LLC, United States

Rich

ard

Peka

la

Separator Electrical Resistance: How Low Can You Go? Richard Pekala, Robert Waterhouse, Chi La, Cory Rogers, Jungseung Kim and Eric Hostetler, ENTEK International LLC, United States and Steve Gerts, Marcus Ulrich, Dennis Merritt, David Walker and Ashleigh Brown, ENTEK International Ltd, United Kingdom

Extending Battery Cycle-Life by Application of Scrim to Positive Plate Surface Brendan Naughton, Glatfelter Gernsbach GmbH, Germany and Stefan Ruevski and Detchko Pavlov, Institute of Electrochemistry and Energy Systems, Bulgarian Academy of Sciences, Bulgaria

Bren

dan

Naug

hton

Page 7: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries

Mar

cello

Fant

oni

Mel

chor

Fer

nánd

ezNew Expanders for New Battery Applications – Start-Stop and HEV Melchor Fernández, Lee Puckett and Carlos Barreneche, Atomized Products Group, United States

Guifa

Cao

High Power UPS Battery Plate Additives Guifa Cao, Shandong Jinkeli Power Sources Technology Co., Ltd, China

Ian

Klei

nHigh Current Charge Acceptance Supported by Battery Additives Ian Klein, Penox, Germany

Paol

ina

Atan

asso

vaNew Carbon Additives for High Dynamic Charge Acceptance – Low Water Loss Lead-Acid Batteries Paolina Atanassova, Aurelien Du Pasquier, Andriy Korchev and Miodrag Oljaca, Cabot Corporation, United States, and Plamen Nikolov, Maria Matrakova and Detchko Pavlov, IEES, Bulgaria

Paul

Eve

rill

Discrete Carbon Nanotubes (MOLECULAR REBAR) for Use in Enhanced Flooded Batteries and Other Applications Paul Everill, Steven Swogger, Jeremy Meyers and Nanjan Sugumaran, Black Diamond Structures LLC, United States

Aaro

n Fa

rrug

ia

Chris

tian

Papm

ahlFormation Systems with Acid

Recirculation Technology – The Inbatec Process Christian Papmahl, Inbatec GmbH, Germany

Fabi

en To

quet

John

R T

imm

ons

Tim

McN

ally

Dario

Cer

icol

a

TIMREX CyPbridTM: a Novel Carbon Materials for Advanced Lead-Acid Batteries Dario Cericola and Michael Spahr, Imerys Graphite & Carbon, Switzerland

Cesa

re C

atel

li

Curing Innovation is our Obsession Cesare Catelli, Pinco SA, Switzerland

Page 8: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries

Hotel Rate per night Rate per night Single – one person Twin/Double – Two persons sharing

Excelsior Grand Hotel, Valletta € 158.00 € 178.00

British Hotel, Valletta € 118.00 € 118.00

Grand Harbour Hotel, Valletta € 90.00 € 98.00

The Strand Hotel, Sliema € 65.00 € 80.00

The Waterfront Hotel, Sliema € 138.00 € 148.00

The Victoria Hotel, Sliema € 100.00 € 134.00

Page 9: ILA10880 Programme fin ol highL - ila-lead.org · The Future of Lead-Acid Batteries and Innovations Robert Flicker, East Penn ... Cycle Life Performance of Enhanced Lead-Acid Batteries