LG Energy Solution and Analog Devices, Inc. Join Forces for Battery Innovation
June 6, 2024, 4:08 pm
LG Energy Solution and Analog Devices, Inc. have teamed up to revolutionize battery management with cutting-edge technology. Through a Memorandum of Understanding, the companies are working on a joint effort to develop a technology that will precisely measure the internal temperature of battery cells, enhancing safety and charging speed in the clean energy ecosystem.
LG Energy Solution, a global leader in lithium-ion batteries, aims to provide exceptional customer value through its advanced battery management total solution. By partnering with Analog Devices, Inc., a semiconductor powerhouse known for its focus on sustainable energy, LG Energy Solution is set to elevate its battery management capabilities to new heights.
The collaboration between LG Energy Solution and Analog Devices, Inc. involves the co-development of algorithms that can accurately measure the internal temperatures of EV battery cells. This breakthrough technology is expected to pave the way for the development of advanced fast-charging technologies, setting a new standard in battery performance and longevity.
Analog Devices, Inc. brings its expertise in impedance measurement to the table, utilizing Electrochemical Impedance Spectroscopy (EIS) to measure impedance at different frequencies. By accurately assessing the impedance of battery cells, the technology provides a deep understanding of their internal conditions, leading to improved safety and efficiency in charging.
Traditionally, battery management systems rely on separate temperature measurement devices attached to the exterior of battery cells. However, these devices cannot measure the exact temperature inside individual cells in real-time, limiting the potential for faster charging speeds. With EIS solutions, the internal temperature of battery cells can be precisely estimated without the need for additional devices, opening up opportunities for enhanced charging speeds and improved battery performance.
While the technology is currently used for analyzing defects in used batteries, the joint effort between LG Energy Solution and Analog Devices, Inc. aims to apply real-time impedance measurement to analyze the internal status of EV batteries. By integrating LG Energy Solution's manufacturing expertise with Analog Devices, Inc.'s advanced technology, the partnership seeks to deliver unparalleled value to customers in the evolving clean energy landscape.
Dalhoon Lee, Vice President of LG Energy Solution's BMS R&D Center, expressed confidence in the joint effort with Analog Devices, Inc., highlighting the potential to enhance technological capabilities and deliver differentiated value to customers. Roger Keen, General Manager of Battery Management at Analog Devices, Inc., emphasized the significance of EIS technology in advancing battery management applications and contributing to the energy transition.
As LG Energy Solution and Analog Devices, Inc. continue to collaborate and innovate, the future of battery management looks brighter than ever. With a shared commitment to sustainability and technological advancement, the partnership is poised to drive progress in the clean energy ecosystem and bring state-of-the-art batteries to the market.
LG Energy Solution, a global leader in lithium-ion batteries, aims to provide exceptional customer value through its advanced battery management total solution. By partnering with Analog Devices, Inc., a semiconductor powerhouse known for its focus on sustainable energy, LG Energy Solution is set to elevate its battery management capabilities to new heights.
The collaboration between LG Energy Solution and Analog Devices, Inc. involves the co-development of algorithms that can accurately measure the internal temperatures of EV battery cells. This breakthrough technology is expected to pave the way for the development of advanced fast-charging technologies, setting a new standard in battery performance and longevity.
Analog Devices, Inc. brings its expertise in impedance measurement to the table, utilizing Electrochemical Impedance Spectroscopy (EIS) to measure impedance at different frequencies. By accurately assessing the impedance of battery cells, the technology provides a deep understanding of their internal conditions, leading to improved safety and efficiency in charging.
Traditionally, battery management systems rely on separate temperature measurement devices attached to the exterior of battery cells. However, these devices cannot measure the exact temperature inside individual cells in real-time, limiting the potential for faster charging speeds. With EIS solutions, the internal temperature of battery cells can be precisely estimated without the need for additional devices, opening up opportunities for enhanced charging speeds and improved battery performance.
While the technology is currently used for analyzing defects in used batteries, the joint effort between LG Energy Solution and Analog Devices, Inc. aims to apply real-time impedance measurement to analyze the internal status of EV batteries. By integrating LG Energy Solution's manufacturing expertise with Analog Devices, Inc.'s advanced technology, the partnership seeks to deliver unparalleled value to customers in the evolving clean energy landscape.
Dalhoon Lee, Vice President of LG Energy Solution's BMS R&D Center, expressed confidence in the joint effort with Analog Devices, Inc., highlighting the potential to enhance technological capabilities and deliver differentiated value to customers. Roger Keen, General Manager of Battery Management at Analog Devices, Inc., emphasized the significance of EIS technology in advancing battery management applications and contributing to the energy transition.
As LG Energy Solution and Analog Devices, Inc. continue to collaborate and innovate, the future of battery management looks brighter than ever. With a shared commitment to sustainability and technological advancement, the partnership is poised to drive progress in the clean energy ecosystem and bring state-of-the-art batteries to the market.