Seung Won Lee | High Voltage Power Cable | Best Researcher Award
Dr. Seung Won Lee at Korea Electrotechnology Research Institute | South Korea
Dr. Seung Won Lee is a dedicated researcher at the Korea Electrotechnology Research Institute (KERI), specializing in high-voltage electrical systems. He earned his Ph.D. in Electronic Engineering from Mokpo National Maritime University in 2022. Since joining KERI in 2016, Dr. Lee has been actively involved in advanced research focused on the reliability and diagnostics of HVAC and HVDC power cable systems. With a deep commitment to energy system safety and sustainability, his work contributes significantly to Korea’s evolving power infrastructure. He currently works within the Superconductivity Research Center at KERI, located in Changwon-si, South Korea.
Professional Profile
Education and Experience
Seung Won Lee obtained his Ph.D. degree in Electronic Engineering from Mokpo National Maritime University in 2022, where he developed expertise in high-voltage diagnostics. He began his professional career in 2016 as a researcher at the Korea Electrotechnology Research Institute (KERI), where he continues to work in the Superconductivity Research Center. His research has primarily focused on the reliability assessment and diagnostic techniques for aging high-voltage alternating current (HVAC) and high-voltage direct current (HVDC) power cable systems. His educational background and hands-on experience have positioned him as a valuable contributor to Korea’s energy research landscape.
Professional Development
Throughout his career, Dr. Seung Won Lee has continually pursued professional growth through both academic and practical engagements. At KERI, he has contributed to multiple national projects related to high-voltage energy systems and has collaborated with cross-disciplinary teams to advance diagnostic technologies. He has also participated in international conferences and workshops, presenting findings on cable system aging and reliability. His involvement in long-term infrastructure safety initiatives underlines his dedication to building a more resilient power grid. Dr. Lee remains engaged with professional societies to stay updated on emerging technologies and maintain excellence in the energy engineering sector.
Research Interests
Dr. Seung Won Lee’s research centers on high-voltage power cable diagnostics and system reliability, particularly in HVAC and HVDC systems. His focus involves advanced techniques for detecting and analyzing aging phenomena in power cables, enhancing preventive maintenance and fault prediction capabilities. By leveraging both experimental data and simulation methods, his work ensures stability and efficiency in electrical transmission infrastructure. He is especially engaged in projects that address energy sustainability and grid modernization, often within superconductivity and insulation aging domains. His research is vital for the safe operation of critical energy networks and long-distance electricity transmission systems.
Awards and Recognitions
Dr. Seung-Won Lee has been recognized for his valuable contributions to the field of electrical engineering through several internal and collaborative awards at the Korea Electrotechnology Research Institute (KERI). His research efforts in diagnosing aging mechanisms in high-voltage power cables have led to commendations within the Superconductivity Research Center for excellence in innovation and applied engineering. Additionally, his published works and presentations in international conferences have earned him peer acknowledgment and invitations to expert panels on energy infrastructure diagnostics. These accolades reflect his continued commitment to enhancing power system reliability and his impact on national energy resilience.
Top Noted Publications
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Title: Calculation of Aging Coefficient for Establishing Aging Condition Index of Thermoplastic Insulated Power Cables
Year: 2025
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Title: Reliability Evaluation of Improved Sampling Method for Mechanical Test of Cable Insulation
Year: 2025
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Title: Assessment of Cooling Conditions of Thermoplastic Insulation and Uniformity of Breakdown Strength for Medium-Voltage Direct Current Extruded Cable Insulation
Year: 2024
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Title: Reliability Assessment of Statistical Distributions for Analyzing Dielectric Breakdown Strength of Polypropylene
Year: 2023
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Title: Evaluation of Electrical Performance and Life Estimation of PPs for HVDC Power Cable
Year: 2021