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Battery mainstay headed for high-tech makeover

Posted By BCI Headquarters, Tuesday, October 16, 2018
Updated: Wednesday, October 17, 2018

NEWS RELEASE

Tuesday 16 October, 2018


Battery mainstay headed for high-tech makeover


Industry-national lab collaboration seeks unrealized potential of a venerable battery technology

The complex interactions inside a lead battery while it charges and discharges remain mysterious, even 159 years after the technology’s invention. But now the lead battery is headed for a high-tech makeover that will make this sustainable mainstay product more appealing to the automotive industry and the power grid.

Under the terms of a new agreement signed with the U.S. Department of Energy’s Argonne National Laboratory, 14 members of the Advanced Lead Acid Battery Consortium (ALABC) have joined forces with Electric Applications to grapple with some of their common challenges.

“This is a beautiful example of how synergy between industry and science can drive innovation,” said Venkat Srinivasan, director of the Argonne Collaborative Center for Energy Storage Science (ACCESS). “These leading companies of the lead battery industry want to do pre-competitive R&D using some of the most advanced tools, techniques and capabilities at Argonne to help improve the longevity of lead batteries. Every company faces this problem. Once you understand the complex chemical interactions inside these batteries, you can start to propose solutions to further extend their life.”

The research will be a collaborative effort between Argonne’s Advanced Photon Source (APS), and the laboratory’s Chemical Sciences and Engineering and Materials Science divisions. The APS is a DOE Office of Science User Facility that provides ultra-bright, high-energy X-ray beams for research in almost all scientific disciplines.

Tim Fister, an Argonne materials scientist in the Chemical Sciences and Engineering division, will be using the state-of-the-art tools at the APS to understand the changes in the battery during its operation. Argonne’s Materials Science division operates the Electrochemistry Discovery Laboratory, where a team of experts led by Vojislav Stamenkovic, senior scientist and tech leader, will explore the behavior of materials at the atomic scale to reveal the structure-function relationships responsible for lead battery operation.

“We’ve developed so many tools and techniques in the last five years, and we now have a chance to understand how we can unlock the potential for the next generation of batteries. We can see things that we couldn’t have seen even 10 years ago,” Srinivasan said.

The nine full members of the program include Crown Battery Manufacturing Company, Doe Run Resources Corporation, East Penn Manufacturing Company, EnerSys, Exide Technologies, Johnson Controls, NorthStar Battery Company, RSR Technologies and Trojan Battery Company. The five associate members are Superior Graphite, Microporous LLC, Cabot Corporation, Borregard Lignotech and Advanced Battery Concepts.

“There is a need, and the resources are available at Argonne and industry is willing to invest in advanced technology,” said Don Karner, president of Electric Applications Incorporated of Phoenix and the program coordinator for the companies. “Bringing all three of those elements together, we’re hoping to gain significant knowledge that will help the members significantly improve the performance of their battery products. The science program will focus Argonne’s resources and expertise on improving the performance of lead batteries to assist the industry in meeting market demands for existing applications and for new applications.”

To date, Argonne has focused much of its attention on lithium-ion and beyond-lithium-ion batteries. Its researchers have blended different chemical elements in an effort to squeeze more energy out of the lithium-ion system. But the expertise and techniques that Argonne has tapped also apply to lead batteries, Karner said. He sees Argonne and the other members as a special breed of explorers and miners.

Tim Ellis, Chairman of ALABC, and President of RSR Technologies said, “Lead batteries are a critical foundation technology underpinning everything from the cars we drive to the cell phone networks they back up. This new project, with Argonne’s scientists, will help make the leap to the next generation of advanced lead batteries, as well as supporting efforts to meet the growing demand for reliable, safe and effective rechargeable battery energy storage. This is cutting edge research employing techniques not previously utilized for lead batteries, and we are confident the results will prove ground-breaking.”

Argonne and the consortium members seek to build upon the work of their predecessors. For the last century, lead battery manufacturers have invested much of their research in assessing the viability of processing methods and additives without fully understanding the underlying chemistry. “We will provide a better understanding of this technology through fundamental electrochemistry and through high precision, custom built tools,” Stamenkovic said.

“We are particularly interested in the lead sulfate crystal growth and dissolution process, and in learning how to control the latter in a more effective manner,” Fister said. The lead sulfation issue limits lead battery performance to less than half its potential. Tapping a significant portion of that unused potential would result in even better low-cost, recyclable batteries for mobile and stationary market applications.

Once Argonne researchers better understand these processes, they will begin analyzing how the addition of various additives may improve lead battery performance, much as they have done with lithium-ion batteries.


Ends

Note to editors:

About Argonne
Argonne National Laboratory seeks solutions to pressing national problems in science and technology. The nation's first national laboratory, Argonne conducts leading-edge basic and applied scientific research in virtually every scientific discipline. Argonne researchers work closely with researchers from hundreds of companies, universities, and federal, state and municipal agencies to help them solve their specific problems, advance America's scientific leadership and prepare the nation for a better future. With employees from more than 60 nations, Argonne is managed by UChicago Argonne, LLC for the U.S. Department of Energy's Office of Science.

The U.S. Department of Energy's Office of Science is the single largest supporter of basic research in the physical sciences in the United States and is working to address some of the most pressing challenges of our time. For more information, visit the Office of Science website.

About ALABC
ALABC is a global consortium for battery innovation carrying out pre-competitive research designed to advance lead battery technology. The research has been successful in developing high performance lead batteries including next generation micro-hybrid applications for automotive, as well as innovative battery technology featured in motive, industrial and renewable energy storage applications. The consortium includes more than 90 member companies and organizations worldwide, consisting of lead producers, battery manufacturers, battery users, materials suppliers and research institutions.

For more information:

Argonne Contact
Ben Schiltz bschiltz@anl.gov Tel: +1 630-252-5640

ALABC Contacts:
Hywel Jarman Jarman@ila-lead.orgTel: +44 (0) 207 833 8090; +44 (0) 7718 483887
Niamh McLaughlin McLaughlin@ila-lead.orgTel: +44 (0) 207 833 8090


Photographs
Click here to view photographs from the Argonne project.

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Meet BCI's New Board Member: Terry Murphy, Chairman, President and CEO, Hammond Group

Posted By BCI Headquarters, Thursday, September 27, 2018
Updated: Thursday, September 27, 2018

Mr. Murphy joined Hammond Group’s Board of Directors in 2011 and was elected President and Chairman in 2013. Prior to joining Hammond, Mr. Murphy spent 30 years at Rocketdyne, a division of the Boeing Company, developing rocket engines and deep space power systems. In 2007, he became the founding CEO of SolarReserve, a company which leveraged the high heat flux technologies used in rockets into a concentrated solar thermal facility with molten salt energy storage. Mr. Murphy received a Master of Science in Systems Management from the University of Southern California and a Bachelor of Science in Aeronautical and Astronautical Engineering from Purdue University. He has several patents, a Silver Snoopy award from the Astronaut Corps, and received the Outstanding Engineering Award from Purdue University. He is an Associate Fellow in the American Institute of Aeronautics and Astronautics and serves as a board member on the Indiana Chamber of Commerce and Battery Council International.

How did you get involved in the lead battery industry?

I started at Hammond in 1975, sweating through Indiana summers, operating a 2000°F silicate furnace and packing lead oxide into 50-pound bags to earn money for my college tuition. My father, Peter Murphy, was the Hammond Plant Manager and he had decided to teach me a few life lessons, the most important being the value of “Hard Work”. So, he gave me, and a few of my friends, summer jobs in the oxide plant, saying with a hint of paternal malice, “Son, don’t worry if you can’t finish your engineering degree, you can always pack bags for me 8-hours a day.” Needless-to-say, I was highly motivated to complete my studies. I graduated from Purdue in 1980 and headed out to my dream job in California to work on the Space Shuttle Main Engine.

Despite being in California and working on rocket engines, I always stayed in touch with Hammond and even helped solve some technical issues back in the 1990’s; but in my wildest dreams I never thought I’d permanently return to Hammond. Life is full of surprises.

My career at Rocketdyne was “out-of-this-world”. We designed and developed rocket engines, the Space Station power systems, and other cool stuff with high heat fluxes and power densities. We even built a solar thermal energy system under government contract that I commercialized in 2007 as SolarReserve. That organization is going strong today, but I had become fascinated with the need for energy storage and the potential for lead batteries. Hammond’s Chairman, Peter Wilke, asked me to join the board in 2011 and I transitioned to become its CEO in 2013. My father passed away more than 30-years ago, but I think he’s having a fatherly last-laugh now that I’m back at Hammond and still learning the value of hard work.

What is the biggest change/challenge you've seen in the industry?

I think our biggest challenge is to find the balance between running an efficient business while simultaneously devoting the necessary leadership and capital to advance lead battery performance. Resource sustainability has become a deep, even spiritual value for most of the world, but we can’t stop there. While we enjoy a huge advantage in product safety and in-place sustainability over lithium-ion technologies, we need another level of performance gain, which I believe is within reach, to capture these emerging markets. We need to take lead batteries to the next level of performance or we’ll not only be commiserating over lost markets, we’ll also be paying the economic and environmental cost of the “regrettable substitution” of lithium ion.

What do you value about BCI?

BCI’s most valuable role is offering a united and coherent voice to our industry. That’s why the Advancing Lead Batteries Communications Initiative (ALBCI) is so crucial to the future of our industry. We need to change the dominant and discriminatory social narrative regarding lead batteries. We know there are incredible opportunities in vehicle electrification and utility scale electrical generation storage, but we’re fighting a mindless mantra: “lead bad, lithium good”. BCI, along with notable and respected conservation groups, need to tell the cohesive story of our industry’s remarkable achievement of a worldwide, fully-developed closed-loop recycling. Millions of tons of an irreplaceable natural resource saved every year; a cradle-to-cradle sustainability without peer or precedent! I’m convinced that our industry, working together, can become the preferred technology in the storage of intermittent renewable energy, the arbitrage of coal-based power generation, the elimination of natural gas peaker plants, and the hybridization of the automobile. These are incredibly important opportunities and I think the next generation is ready to tackle them, so let’s focus on attracting young people to our sustainable solution industry, improve our performance and extinguish the mindless mantra with systems thinking.

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Meet BCI's New Board Member: Chris Pruitt, President and CEO, East Penn Manufacturing Co.

Posted By BCI Headquarters, Thursday, September 27, 2018
Updated: Thursday, September 27, 2018

Chris currently serves as President and CEO of East Penn Manufacturing Co. maker of Deka Batteries. East Penn Manufacturing is the largest privately held battery manufacturer in the world with over 10,000 employees. Chris also serves on the Board of Directors of East Penn Manufacturing Co., and the company’s Family Council and Foundation. He has been with the company since May of 1994. He joined East Penn as the Controller and has held numerous financial positions including Chief Financial Officer.

Prior to joining East Penn, Chris was a CPA at Ernst & Young for ten years holding the position of a Senior Manager in the Audit division. While working at Ernst & Young, he earned his Certified Public Accountant designation. Chris earned a B.S.B.A degree in accounting from Shippensburg University in 1984.

Chris is currently on the board of Flinchbaugh Engineering located in York, PA. Flinchbaugh is an ESOP owned Company. He currently serves as the Board Chairman of the Wyomissing Foundation

Formerly, he was a Board Member of YMCA, Chairman and Board Member of The United Way of Berks County, President and Treasurer of The Children’s Home of Reading, Board Member of Big Brothers/Big Sisters, Board Member of the Children Advisory Center, Treasurer and Board Member of The Reading Area Community College Foundation, Audit Committee Chairman and Board Member of the Berks Community Foundation, and Board Member of the Shippensburg University College of Business Advisory Board.

In December of 2016, Chris received the Eugene L. Shirk award for Community Builder. This annual Community award is given by Berks Community Television (BCTV). In December of 2015, Chris received the Sydney D. Kline award for Outstanding Community Service. Chris was also honored by the YMCA in 2013 for his Community Service. In 2013, he was named CFO of the year by the Lehigh Valley Business Journal. In March 2011, Chris received the Wilburn H. Doran award in recognition of his outstanding work with the United Way and in the Berks County Community.

Chris and his wife, Robin (also a Shippensburg grad), have two children, Kelly and Lindsay, whom both attend West Chester University

How did you get involved in the lead battery industry?

In 1994, East Penn’s former CEO, Dan Langdon, who was the CFO at the time, was promoted to the President of East Penn. This prompted a search for a new CFO, which is how I was introduced to the industry. What attracted me to this opportunity was the company’s reputation as a family-owned organization with a great company culture. It was a simple decision to move forward with the company. Prior to East Penn, I was at Ernst and Young for ten years (1984-1994).

What is the biggest change/challenge you’ve seen in the industry?

Recently, the lead battery industry has been going through a great deal of technological changes. The market is asking lead batteries to be used in ways they haven’t been utilized in the past to meet new demands in automotive, energy storage and motive power sectors. The rate of change is fast and furious. We’ve experienced more change in the last five years than in the previous ten years. The lead battery industry has always been keen on innovation, but the rate of innovation we are experiencing today is much greater compared to what it was before. While we have been challenged to advance, these innovations are creating unbelievable opportunities for the lead battery industry.

The bulk of the challenges we’re experiencing revolve around the perception of lead batteries. For example, government regulators are currently looking to replace the need for lead batteries with other chemistries capable of energy storage. In California, some regulators are seeking to list lead batteries as a Priority Product under the Safer Consumer Products Program. Lead batteries present one of the greatest recycling stories of our time. Our goal is to make the public aware of the safety of lead battery use and the closed-loop recycling story that makes our industry so sustainable and supportive.

What do you value about BCI?

BCI is a wonderful organization that has allowed the lead battery industry to get together with their peers and discuss the challenges we face. The opportunity to gather groups of small, medium and large companies that face similar challenges is a powerful vehicle for working together to tackle those issues. The association provides a great forum for us to progress the industry and work as a team. The organization is run by high-class professionals who help us navigate those challenges, and I’m continually impressed by the structure of the annual meetings.

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Meet BCI's New Board Member: Thomas Bawart, CEO, Banner

Posted By BCI Headquarters, Thursday, September 27, 2018
Updated: Thursday, September 27, 2018

Thomas Bawart began his career in the family business at Banner in 1986, where he trained in all relevant departments. He took over as CEO in 1996. He studied business and economics at the University of Vienna and earned a Master’s from the university in 1991.

How did you get involved in the lead battery industry?

Banner is a family-owned company, now in its third generation. It was rather obvious I would get involved, although I always had the option to do something else. But it was probably the grid casting process that initially peaked my interest in the business.

What is the biggest change/challenge you've seen in the industry?

The industry continuously changes! Not at a very fast speed, compared to other battery technologies, but if you look back, there is not only evolution, but quite a bit of revolution. When I first started in the industry in the late 80s, the standard product in Europe was a dry charged battery, many of them built by hand. Production was slow, and the used grid alloys were antimonial; you had to maintain the batteries and refill water.

Now, with different continuous plate-making technologies, it is a new world. Assembling has also become highly automated. The whole production process is clean and lean, and productivity has increased enormously. And best of all, the battery now is maintenance-free and nearly defect-free.

What do you value about BCI?

For many years I have attended the BCI’s Annual Convention + Power Mart Expo. I, and the few other Europeans in attendance, always thought the convention was more or less an excuse for going to Florida to play golf. And, of course, there was the supplier reception!

In the last few years, this has changed quite a bit. They now partner with Eurobat to advance industry lobbying efforts and exchange knowledge. I am now on the BCI Board to support these initiatives.

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David Boden Awarded the International Lead Award

Posted By BCI Headquarters, Tuesday, September 11, 2018

The International Lead Medal has been awarded to the late David Boden, in recognition of his outstanding contribution to the lead battery industry following a lifetime of design and innovation, and for his inspirational work mentoring the next generation of lead battery leaders.

The medal is awarded annually at either the European Lead Battery Conference or the Asian Battery Conference to honor and recognize exceptional personal achievement in the lead and lead battery industries.

Since its inception in 2003, the medal has been presented to many individuals who have played a leading role in developing and guiding both industries, in the areas of science, technology or the environment.

Dr. Andy Bush of the International Lead Association said, “The awards committee decided to award the medal posthumously this year in recognition of David’s outstanding contribution to the lead battery industry throughout his lifetime."

Mark Stevenson of Global Lead Technologies added, "He was an inspiration to many in the industry and he has left an enduring legacy.”

During his lifetime Mr. Boden was associated with many leading battery businesses, and he was an active member of the industry’s research consortium, ALABC. He also chaired numerous technical committees for Battery Council International in the US.

Receiving the medal on behalf of David’s family, Eric Holtan of Hammond and John Timmons of Crown Batteries – both of whom worked with David over many years – highlighted his inspirational mentoring and support.

Mr. Timmons said, “Perhaps his greatest gift was in teaching and mentoring so many young people in the industry.” Mr. Holtan added, “He was exceptionally good at successfully communicating difficult technical concepts in very simple terms.”

The medal has become a prestigious award with nominations each year from all over the world based on exceptional service to the lead industry as related to the production, processing or use of the metal, in promoting increased use or awareness of lead, improving lead’s image or encouraging individuals to excel.

The award should honor/recognize above-average personal achievement.

In a message read out to the 16th ELBC conference in Vienna, Mr. Boden’s wife Pattie thanked the ILA and awards committee on behalf of the family saying they were extremely touched that David was chosen to receive the medal.

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The TBS Engineering Group Launches Its Positively Charged Thought Leadership Campaign

Posted By BCI Headquarters, Tuesday, August 14, 2018

The TBS Engineering Group has launched a global campaign to showcase the importance of the lead acid battery in our day-to-day lives and to raise awareness of its green credentials.

Today, a vast majority of the world’s energy storage needs are met by lead acid batteries.

The lead acid battery is a key component in an estimated 1.2 billion vehicles on the world’s roads; as well as essential back up power for the likes of hospitals and data centres.

Aircraft and military vehicles rely on lead acid batteries as does the telecommunication infrastructure that keeps us digitally connected. This is in addition to energy storage for solar farms and other forms of renewable energy that feed households and industry. All are essential to our lives every day.

But it’s a little known fact that the lead acid battery is one of the most recycled products on the planet – with a 99.3 percent recycling rate, millions of lead-acid batteries are diverted from landfill every year.

Chris Hanes, TBS Group Corporate Growth & Marketing Director said: “It’s an important message that we want to share. We want consumers to feel proud in the knowledge the batteries in their cars and that support our everyday lives have been recycled and reused by many generations.”

By 2035 there will be over 2 billion cars on the world’s roads – the majority of which will include a lead acid battery.

By virtue of its name, the lead acid battery has been much maligned in recent years, with the introduction of newer chemistries, such as lithium-ion.

But TBS says the lead acid battery remains the most cost effective and greenest form of rechargeable battery in existence: “These types of technology and the growing importance of electromobility are pushing our industry to be that much better. We’re rising to the challenge with the best possible solutions and development of the advanced lead acid battery.

“Even with the introduction of alternative battery technologies we still have no cost-effective alternatives for cars, golf carts and the many other applications. It’s a unique product. No other battery can be applied in quite the same way and meet the same requirements.”

By 2020, it is predicted that start-stop technology utilising lead batteries will help eliminate 2 million tons of vehicle greenhouse gas emissions annually in the U.S. alone. This is equivalent to the annual energy use of 211,000 average U.S. households.

In 2018 the global lead-acid battery market was valued at $48.56 billion – a figure predicted to rise at a rate of 7.14% by 2020.

Chris adds: “It’s a progressive industry that has been growing since it was established over 150 years ago.”

“Over the coming years we look forward to bringing many new technologies to market, while celebrating our industry’s rich history.”

Reflecting TBS’ confidence in the market, the energy storage expert has recently invested over £15m in a new state-of-the art global group headquarters in the UK, where it manufactures the machines that its customers produce many millions of batteries on every year.

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Doe Run Internships Give Real-World Experience to Future Industry Professionals

Posted By BCI Headquarters, Thursday, July 5, 2018

Mining and manufacturing are part of the many STEM-related (science, technology, engineering and mathematics) occupations projected to grow to more than 9 million jobs between 2012 and 2022, faster than most other occupations. The mining industry alone is estimated to grow by 50,000 jobs by 2019, with an additional 78,000 replacement workers needed as active workers retire, according to the Energy Information Administration.

Today, the U.S. lead battery industry directly employs more than 20,000 people across the country, and mining operations employ more than 186,000.

The Doe Run Company (Doe Run) mining and lead battery recycling operations are following this trend with increased hiring in 2017 and 2018. In addition, Doe Run is hosting a 13-student class of summer interns to help train skilled workers needed for the future of the industry

“Our industry has a solid future, with lead batteries providing an environmentally friendly and cost-effective solution for over 75 percent of the world’s rechargeable energy storage needs. And, as demand grows for both energy and emissions reductions, a variety of innovative and sustainable battery technologies are required,” said Mark Coomes, vice president – human resources and community relations. “We’re excited to be a part of training the next generation of miners, as well as material scientists and metallurgists, who will see future advances in lead batteries that today are just in the research stage."

Doe Run’s internship program provides professional work experience for students. This summer, Doe Run welcomed the following interns:

  • Hunter Strope is a student at Missouri University of Science and Technology (Missouri S&T) pursuing degrees in Geological Engineering and Engineering Management. He is joining Doe Run as a mining intern.
  • Gabriel Underwood will be joining Doe Run as a mining intern. He is a student at Missouri S&T pursuing a degree in Mining Engineering.
  • Trevor Constance is a student at Missouri S&T pursuing a degree in Metallurgical Engineering. He joins Doe Run as a metallurgical engineering intern.
  • Luke McCulloch joins Doe Run as a metallurgist intern. He is a student at Montana Tech where he studies Metallurgical & Materials Engineering.
  • Monica Mixon is a student at Tulane University majoring in Chemical and Biomolecular Engineering. She joins Doe Run as a chemical engineering intern.
  • Brent Aubuchon is joining Doe Run as an industrial engineering intern. Aubuchon is pursuing a degree in Mechanical Engineering at Missouri S&T.
  • Katherine Bartels will be an environmental science engineering intern for Doe Run. She is pursuing her master’s degree in Environmental Engineering at Missouri S&T.
  • Jackson Riley joins Doe Run as a metallurgist intern. Riley studies Metallurgical Engineering at Missouri S&T.
  • Kevin Voelz will be a mine research intern for Doe Run. He is pursuing a Master of Science degree at Northern Illinois University.
  • Frank Schott is joining Doe Run as a research and development intern. Schott studies Mining Engineering at Missouri S&T.
  • Jack Conner studies Environmental Plant Science at Missouri State University. He is joining Doe Run as an agriculture engineering intern.
  • Grant Koller will be an IT intern for Doe Run. He is studying Information Technology at Mineral Area College (MAC).
  • Derek Hymer will also be an IT intern for Doe Run. He studies Computer Science at Missouri S&T.

“We will continue to need bright young professionals to lead future innovations in our field, and enjoy helping these interns launch their career,” said Coomes. “It’s an economic success story that Doe Run can manage many stages of the lead lifecycle here in the U.S., where mining and recycling provides an abundant supply of the lead we need for batteries."

In addition to internships, Doe Run partners with local colleges, including Missouri S&T and MAC, to provide scholarships, field trips and equipment donations that help train the future workforce. In Spring 2018, Doe Run supported Missouri S&T’s Summer Explosives Camp with two full-ride scholarships for students.

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United We’ll Create More Power

Posted By BCI Headquarters, Tuesday, May 29, 2018

The Advancing Lead Batteries Communications Initiative (ALBCI) used the industry’s annual gathering in Tucson to update BCI member companies on progress since members last met.

Members of the core team guiding the ALBCI explained that Essential Energy Everyday (EEE) is the external brand for the initiative. They also reminded conventioneers of the reason for the program: Newer battery chemistries and competitors are gaining market share, in part, by influencing the public’s perception of lead batteries. EEE is the first time the lead battery manufacturing and lead battery recycling industries have joined forces in a united effort to educate and promote their value to society.

As the initiative has gained traction, many BCI member companies have begun to integrate the EEE materials into their own communications programs which both builds awareness of the EEE and helps member companies to extend their communications budgets by using the informative materials. ALBCI recently released a “Member Toolkit” that provides step-by-step instructions on how to incorporate the materials (videos, infographics, social media) in individual company websites and social media, including the new EEE LinkedIn page.

The key to the success of the ALBCI are the stories member companies have to share. The industry is at a pivotal moment with increased innovation and opportunities in renewable energy storage. We continually need fresh content for our website and social media and are eager to hear about community initiatives, product advancements and case studies. These examples bring the industry to life and help to engage our key audiences of policymakers.

During the second and third quarters of 2018, our communications materials will focus on how BCI member companies are meeting the growing need to store energy generated by renewable sources such as wind and solar. We’ll close the year with a focus on the role of lead batteries in transportation including start-stop technology.

If you have case studies or additional information on these topics, or any others that we’ve covered, please send them to us and we’ll work together to share them.

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Doe Run Donates Robotics Set to Green Forest R-2 School District

Posted By BCI Headquarters, Tuesday, May 22, 2018

The Doe Run Company (Doe Run) donated $500 to Green Forest R-2 School District to purchase robotics equipment that enables hands-on learning with science, technology, engineering, and mathematical (STEM) concepts and promotes critical thinking and problem-solving skills. Pictured below, students (from left to right) Kassidy Atkinson, Genna Casey, Alicyn Warden, Skyla Manley, and Brayden Ferguson work together to assemble a robot in the 7th and 8th grade STEM class at Green Forest Elementary, under the direction of teacher Melissa McCarter. The robot set can be taken apart and reconstructed, enabling students to build different robots and program the robots to perform specific tasks.

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Gridtential Energy Receives 2018 Sally Breidegam Miksiewicz Innovation Award

Posted By BCI Headquarters, Thursday, April 26, 2018

April 30, 2018

TUCSON, AZ Gridtential Energy has been awarded the 2018 Sally Breidegam Miksiewicz Innovation Award. Battery Council International (BCI) annually presents this award to celebrate innovation in equipment, processes, services and products that advance the lead battery industry. The award was established to honor industry thought leader, Sally Breidegam Miksiewicz, former CEO of East Penn Manufacturing Co.

Gridtential’s breakthrough Silicon Joule® battery architecture combines the traditional benefits of lead batteries – low cost, recyclability and safety – with a novel bipolar battery architecture. As demand in high-power applications increases across industries, Gridtential’s technology delivers the high dynamic charge acceptance (DCA) required to meet these evolving performance needs.

“It’s an honor to be recognized as a leader in innovation,” said John Barton, CEO of Gridtential. “The advancements we have seen in the industry, as demonstrated by fellow Innovation Award entrants, proves that the industry is growing and building its future in the midst of new technologies and developments. I’m confident that the merits of this award will continue to encourage the industry to embody the spirit of innovation.”

To watch a video of each submission, including Gridtential’s, and to learn more about the Innovation Award, visit www.batterycouncil.org/InnovationAward.

Contact:

Claire Sereiko
Associate Director of Marketing
+1.312.673.4984
csereiko@batterycouncil.org

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