Best Practices for Functional Safety in Battery Design, Testing, & Manufacturing
Functional safety is foundational in design. See how we here at Acculon conceive of designing safety into an advanced energy storage system.
Optimizing Battery Systems Product Development: The Case for Designing for Commercialization “Under One Roof”
Learn more below about “Designing for Commercialization”, a holistic approach to product development, that allows OEMs to develop advanced battery programs to power high-performance industrial & commercial applications faster without sacrificing safety or quality. We’ll also discuss the practical & logistical challenges that impact this approach.
Power Play: Choosing the Right Cell Chemistry for Optimal Battery Design
As new technology emerges, is lithium-ion still the best cell chemistry for all electric off-road industrial applications? Join us below as we explore the potential of sodium-ion vs lithium-ion cell chemistries, & examine the factors that influence cell selection in the context of advanced energy storage systems & electrification.
Sodium-ion Battery Technology: Research & Development Insights into Capacity, Degradation, & Beyond
Could sodium-ion battery technology be the next big innovation in Off-Road Industrial Electrification? Join us below as we unveil interesting findings from Acculon’s R&D endeavors regarding the performance of various commercially accessible sodium-ion battery cells! Contact: Betsy BarryCommunication Manager706.206.7271betsy.barry@acculonenergy.com Acculon’s ongoing research and development efforts are focused on our versatile battery system architecture, tailored to […]
Forging the Future: Inside Acculon’s Cutting-Edge Battery Testing Lab
Today we’re exploring the heart of innovation with Acculon’s state-of-the-art Battery Testing Lab. With precision testing equipment & a team of experts at the forefront of battery research, Acculon’s lab is more than just a facility—it’s a monument to our commitment to shaping the future of electrification!
Understanding Battery Aging Parameters
Join us this week as we discuss Li-ion Battery Aging Factors & how through understanding these factors we can mitigate risks, optimize performance, & prolong the lifespans of the batteries powering your products!
Sodium-ion Battery Technology: Research & Development Insights into Capacity, Degradation, & Beyond
Could sodium-ion battery technology be the next big innovation in Off-Road Industrial Electrification? Join us below as we unveil interesting findings from Acculon’s R&D endeavors regarding the performance of various commercially accessible sodium-ion battery cells! Contact: Betsy BarryCommunication Manager706.206.7271betsy.barry@acculonenergy.com Acculon’s ongoing research and development efforts are focused on our versatile battery system architecture, tailored to […]
The Evolution of Safety Standards & the Regulatory Environment for Li-ion Battery Systems with David Ginder
Join us this week for an exclusive Q&A with distinguished battery safety expert & our Director of Engineering, David Ginder, to discuss the current changes in battery safety standards & the effects on markets like Off-Road Industrial that are transitioning to electrification.
Understanding Cell Form Factors & Cell Sizes in Lithium-Ion Battery Pack Design
Li-ion batteries, coming in all shapes & sizes, have revolutionized the way we power portable electronics, electric vehicles, & renewable energy systems. In this post, we will explore the significance of different cell formats & their implications on battery pack performance.
Understanding Interconnectivity: Wire Bonding vs. Laser Welding
Today we are discussing designing & creating lithium-ion battery packs for electric vehicles & industrial applications, focusing on the interconnections of the battery cells & the cell-to-busbar connections. Come along as we delve into the two primary techniques involved in this process, laser welding & ultrasonic welding/wire bonding.