By Battery Energy On-line Team
December 2, 2024 | Battery Energy On-line is pleased to announce 9 contenders for the inaugural Best of Show People’s Choice Awards new products competition at the Advanced Automotive Battery Conference taking place December 9-12 in Las Vegas. The contenders hail from BattGenie, Chroma Systems Solutions, Dragonfly Energy Corp, ENEOS Materials Corporation, Keysight, MTI Corporation, OnTo Technology, Saint-Gobain, and Tsing Bosch.
The Best of Show People’s Choice Awards honor innovative products in the automotive battery sector. The awards competition is open to all exhibitors at the Advanced Automotive Battery Conference, and exhibiting companies submitted their products for evaluation prior to the event. Nine new products were selected as finalists. They will be acknowledged at the event, and attendees are encouraged to explore the groundbreaking technologies and solutions firsthand in the exhibit hall and cast their votes for the People’s Choice Award once the conference commences. Please note that selection is not influenced by level of sponsorship or exhibit participation.
Finalists were chosen from all entries submitted for the Advanced Automotive Battery Conference Best of Show People’s Choice Awards by the Battery Energy On-line editorial team. Products must have been newly introduced or significantly enhanced since December 2023, and they must be available for purchase at the event.
Winners will be determined by on-site audience voting throughout the event. Voting links will be accessible at finalist booths and throughout the venue. Voting will commence when the exhibit hall opens on Tuesday, December 10.
Winners will be announced live at the event on the exhibit hall floor on Wednesday, December 11, during the 1:15 Dessert Break.
In addition to the first-ever Best of Show People’s Choice Awards, highlights of the Advanced Automotive Battery Conference include keynote presentations from General Motors, Ford, Mercedes-Benz, and Redwood Materials, as well as over 225 additional speakers including 30+ OEMs & battery developers, 200 sponsors & exhibitors from the industry, 35 research posters, and 2,000 participants. Registration is still open, and Battery Energy On-line readers can save $150 using Discount Code 2414-BPO.
BattGenie Inc. | Booth 420
BattStudio
https://www.battgenie.life
BattStudio is BattGenie’s most extensive industrial battery R&D platform designed to unify the demands of battery data management, analytics, modeling & simulation as well as parameter estimation of physics-based battery models, consolidated under a single platform. BattGenie also offers software for battery management systems (BMS) of Li-ion batteries. The platform can be utilized for in-house data management, modeling and simulation, and for developing adaptive charge/discharge profiles. BattGenie allows for faster and safer charging (<20mins from 0-100%) and enhances cycle life by over 100% for electric vehicles, consumer electronics including robotics and drones, as well as grid storage battery applications. BattGenie’s technology was developed using a $5M US DOE ARPA-E grant and independently evaluated and validated at a renowned third-party national lab (NREL). BattGenie is already collaborating with multiple electric vehicles (EVs), Tier-1s, consumer electronics as well as battery manufacturing OEMs, and BMS hardware suppliers based in the US, Europe, and Southeast Asia.
Chroma Systems Solutions, Inc. | Booth 721
Battery Reliability Test System – 17010H
https://www.chromausa.com/product/battery-reliability-test-system/
Chroma’s new 17010H Battery Reliability Test System is a high-precision testing solution developed for advanced performance assessment of high-current and high-power battery applications. It supports testing for large lithium-ion battery cells, electric double-layer capacitors (EDLCs), and lithium-ion capacitors (LICs). Key features include ±0.015% full-scale accuracy and ±0.005% precision, ensuring reliable data for charge/discharge cycles and capacity assessments. This system provides multiple current levels (300A/150A/30A), enabling dynamic power evaluations and compliance with international standards, particularly for automotive batteries like BEVs, PHEVs, and HEVs. Its energy recovery circuit significantly minimizes waste heat and redirects 75% of discharged energy back to the grid, optimizing energy use and reducing operational expenses. With rapid current response times (<1.5ms) and zero-crossover charge/discharge conversion, it delivers precise control and high-speed operation. The 17010H’s software facilitates advanced test plan development, allowing users to create and implement custom recipes with adaptable logic and real-time monitoring. Test data can be visualized in real-time, automatically exported, or adjusted with up to 9 decimal places of precision. This system meets various IEC testing standards, making it suitable for demanding industrial requirements. Its modular design, compact size, and energy-efficient operation render it a versatile option for R&D and quality assurance laboratories focusing on next-generation battery technologies.
Dragonfly Energy Corp | Booth 828
Dragonfly Energy Dry Electrode Cell Manufacturing
Proprietary Cell Manufacturing
Dragonfly Energy’s proprietary dry electrode battery cell manufacturing technology is transforming lithium-ion battery production with its patented dual-sided dry deposition method. This innovative technique sprays electrodes directly onto the foil, circumventing traditional slurry-based methods and eliminating the need for harmful solvents and energy-intensive drying processes. The result is a significant reduction in energy consumption during production and an improved environmental impact. This cutting-edge method utilizes a chemistry-agnostic platform, enabling the manufacturing of various battery chemistries, including LFP, NMC, LCO, NCA, graphite, and silicon. This solvent-free process ensures superior electrode uniformity and enhanced cell durability. The dual-sided deposition technique further maximizes manufacturing efficiency and allows for compact manufacturing facility footprints, supporting modular scalability and flexible site selection. Capable of producing PFAS-free electrodes, Dragonfly Energy’s technology aligns with stringent environmental and safety standards. The optimized process facilitates cost-effective, high-performance cell manufacturing, enabling quicker market entry and increased access to the battery market.
ENEOS Materials Corporation | Booth 331
BINDER
https://www.eneos-materials.com/
ENEOS Materials Corporation is a manufacturerof binder materials for lithium-ion batteries. While the primary role of binder substances is to act as the adhesive between active components and the current collector, numerous battery manufacturers have recently urged us to proactively assist in improving battery performance concerning fast charging and minimizing environmental impact. For instance, our latest Styrene Butadiene Rubber (SBR) binder can significantly reduce cell resistance and enhance rapid charging efficiency as an anode binder. As rapid charging is regarded as one of the most crucial elements to expand battery electric vehicles, this SBR binder has garnered considerable interest from battery and automotive producers. Furthermore, we have recently developed an environmentally friendly acrylate binder that is a water-based emulsion for cathode electrodes and does not contain a fluorine group in its polymer structure. This PFAS-free binder is anticipated to be a strong candidate for accelerating eco-friendly electrode production. We have already commenced supplying binders for all-solid-state batteries, and we are also investigating further enhancements. Additionally, we are developing binders for dry processes and other innovative batteries. We will continue to take a leading role in CONNECTING THE FUTURE. Even an inactive ingredient within the electrode, such as a binder, can significantly influence battery performance. The quantity of binder in the electrode is quite limited, yet binder materials can have a substantial effect on battery performance. We believe that our binder materials will be advantageous for further advancements in battery technology.
Keysight | Booth 231
SL1770A Scienlab Power Allocation Management Solution for Battery Testing
https://www.keysight.com/us/en/home.html
In the rapidly advancing automotive sector, the requirement for efficient and trustworthy battery testing solutions has never been greater. The increasing adoption of EVs and emerging technologies demands thorough testing. Introducing our state-of-the-art centralized battery pack laboratory solution, crafted to transform how large laboratories operate. By centralizing power electronics and disseminating energy throughout the lab, we provide unmatched efficiency, reliability, and scalability. Our solution tackles the issue of scaling beyond grid supply when concentrating solely on peak energy demand. It capitalizes on the fact that most test profiles do not consistently require peak energy, allowing surplus energy to be allocated to other test benches and shifting the focus on average energy. Inspired by the latest industry trends, our solution offers unparalleled flexibility in configuring test benches, including adaptability in channel count, maximum power, voltage options, switching, and lower power integration. While power is centralized and our Power Allocation Manager oversees distribution, test execution and channels remain autonomous, ensuring utmost reliability. Whether you are developing new battery technologies or refining existing ones, our solution empowers you to meet your objectives with confidence and efficiency. Experience the future of battery testing and allocate excellence to your laboratory.
MTI Corporation | Booth 812
Automated Autonomous Equipment For AI Materials Science
https://www.mtixtl.com/MTI-AI-Lab.aspx
Automated and autonomous equipment is crucial for developing a self-driven lab (SDL). Reliable data collection and analysis with high throughput are paramount for AI-driven material discovery. MTI Corporation offers precise dosing of multi-source liquid/solid, uniform mixing, densifying pressing, and single-phase formation sintering through solid-state reaction for ceramic, metal, and renewable energy applications, such as solid-state electrolytes, high-entropy alloys, catalysis, and battery research & development.
OnTo Technology | Booth 430
Battery Neutralization 1
http://www.onto-technology.com
Transportation and storage of lithium-ion batteries at the end-of-life stage pose significant challenges. OnTo’s Battery Neutralization process (US Patent 12,021,202) is the first method to eliminate hazardous characteristics from batteries to yield a “co-product” (material previously known as batteries). The process recently received favorable assessment through a Department of Transportation Pipeline Hazardous Materials Safety Administration letter of interpretation (PHMSA-LOI). OnTo’s post-process co-product no longer meets the classification of a battery for regulatory transportation in the public domain. This is a critical LOI that, along with Dr. Sloop’s expertise, could entirely disrupt the lithium battery recycling sector, potentially saving millions in commercial transportation costs. This is no exaggeration. This opens avenues for alternative models to transport co-products through means other than trucking, which is currently the sole authorized method for moving Damaged, Defective, or Recalled (DDR) lithium chemistry batteries in the USA and many other countries. OnTo’s co-product can cut the costs of battery recycling by half, making electric vehicles and energy storage more affordable for all.
Saint-Gobain | Booth 126
Norseal PS-V0
https://www.tapesolutions.saint-gobain.com/na/en/ev-battery
Micro-cellular Polyurethane Foam Saint-Gobain® Norseal PS-V0 is a high-performance micro-cellular polyurethane foam, specifically engineered to offer UL94 V-0 properties for EV and HEV battery applications. This product is ideal for situations where flame and fire protection are of utmost importance. By passing the vertical burn test, PS-V0 meets the safety standards for the most demanding environments and applications. It features exceptional water-sealing properties and compression set. Key characteristics of Norseal PS-V0 include: outstanding Compression Set Resistance; UL94 V-0 rated from 3.5 mm (0.14 in) up to 12 mm (0.47 in) thicknesses, flame-retardant, and halogen-free; excellent water-sealing properties; adaptable and soft with the ability to conform to irregular surfaces.
Tsing Bosch (Zhuhai) Technology Co., Ltd | Booth 613
Lithium Battery Safety Detection Intelligent Workstation
http://www.tsingbosch.com
With both high and low-temperature cycling capabilities, modularity, and temperature control; Detection features: Suitable for soft pack batteries, hard shell batteries, blade batteries, and other types of battery detection, along with gas generation processes, infiltration quality, electrolyte stability tests, aging degree, edge sealing quality, and other detection functionalities; Three-axis mechanical scanning, automatic focusing; The device supports 3CH.
