Nam-Won Kim

Title: Nam-Won Kim: Innovator in Electrode Evaluation Technologies

Introduction

Nam-Won Kim is a prominent inventor based in Daejeon, South Korea. He has made significant contributions to the field of electrode evaluation, particularly in the context of battery technology. With a total of 2 patents, his work focuses on improving the reliability and performance of electrode materials.

Latest Patents

Nam-Won Kim's latest patents include innovative methods and apparatuses for evaluating electrode embrittlement. One of his notable inventions is an apparatus and method for evaluating brittleness by measuring the force applied to an electrode specimen. This invention simulates a wound state of a jelly-roll type electrode assembly. The brittleness evaluation apparatus consists of a jig unit, a driving unit, and a measurement analyzing unit. The jig unit features two jigs with a groove formed between them, a pressing plate, and guides to prevent distortion during testing.

Another significant patent involves a jig assembly for measuring the bending tensile strength of an electrode. This assembly is designed to provide a one-point bend to the sample, allowing for accurate measurement of tensile strength under conditions similar to those encountered in real winding applications.

Career Highlights

Throughout his career, Nam-Won Kim has worked with leading companies in the industry, including LG Chem, Ltd. and LG Energy Solution, Ltd. His experience in these organizations has contributed to his expertise in electrode technology and innovation.

Collaborations

Nam-Won Kim has collaborated with notable colleagues such as An-Soo Jeong and Young-Tae Kim. Their combined efforts have further advanced the research and development of electrode evaluation methods.

Conclusion

Nam-Won Kim's contributions to the field of electrode evaluation are noteworthy, as he continues to innovate and improve technologies that are essential for battery performance. His patents reflect a commitment to enhancing the reliability of electrode materials, which is crucial for the advancement of energy storage solutions.