Projects

[14] 참여 연구원. 사업명: 2023/24년 경제혁신파트너십프로그램(EIPP) 헝가리 정책자문사업 , 과제명: 전기차 스마트 충전인프라 확대 및 고도화 (2차년도), 협약기관: 한국개발연구원, 역할: 참여연구원, 2024. 02. 17-2024.10.20.

Assistant Professor Researcher at Inha University. Project Name: 2022/23 Economic Innovation Partnership Program (EIPP) with Hungary, Task Name: Development of Smart EV Charging Facilities across Hungary, Korea Development Institute, Role: Research Scientist, February 17, 2023-October 20, 2023.

[13] 참여 연구원. 사업명: 2022/23년 경제혁신파트너십프로그램(EIPP) 헝가리 정책자문사업 , 과제명: 전기차 스마트 충전인프라 확대 및 고도화, 협약기관: 한국개발연구원, 역할: 참여연구원, 2023. 02. 17-2023.10.20.

[12] 연구책임자. 신재생에너지원 기반 데이터센터 운용을 위한 직류/교류 혼합 배전계통 해석기법 설계, 사업명: 한국연구재단 기본연구, 협약기관: 한국연구재단, 역할: 연구책임자, KRW 159,164,000, 2022.06.01 -2025.02.28. 과제번호: 2022R1F1A1072977

PI. A design of AC-DC hybrid distribution system analysis technique for renewable energy-based data center operation, National Research Foundation of Korea, Principal Investigator, $126,805 (May 27, 2022, Google exchange to USD), June 1, 2022-February 28, 2025.

[11] 연구책임자. 3상 불평형 배전망 하모닉 해석 알고리즘 개발에 관한 연구, 사업명: 사외공모 기초과제, 협약기관: 한국전력연구원, KRW 150,000,000, 2022년 6월 1일-2025년 5월 31일.

PI. Development of a three-phase unbalanced distribution network harmonic analysis algorithm, KEPCO Research Institute, Korean Electric Power Corporation, Principal Investigator, $119,511 (May 27, 2022, Google exchange to USD), June 1, 2022-May 31, 2025.

[10] 연구책임자. 사업명: 극한지개발및 탐사용 협동이동체시스템기술개발, 과제명: 극한지 관측 및 정보처리 기술개발, Project: 극한지 환경에서 작동가능한 DC/AC 그리드 설계, 협약기관: 해양수산과학기술진흥원, 위탁기관: 극지연구소, 역할: 위탁연구 연구책임자, KRW 400,000,000, 2021.04.01-2025.12.31.

PI. The design and implementation of cooperative vehicles for Antarctic exploration (The design of DC and AC grids for cooperative vehicles and observation equipment used in the Antarctic area), Korea Institute of Marine Science and Technology Promotion, Consigning Research Institute: Korea Polar Research Institute, Role: Principal Investigator of Inha University, $ 318,571 (May 27, 2022, Google exchange to USD), April 1, 2021-December 31, 2025.

[9] 참여교수, 사업명: 4단계 BK21 사업(혁신인재), 과제명: 산업융합형 차세대 인공지능 혁신인재 교육연구단, 협약기관: 한국연구재단, 역할: 참여교수(총연구비의 5%), KRW 6,507,200,000, 2020.09.01 -2027.08.31

Co-PI. BK21 Four Program (Pioneer Program in Next-generation Artificial Intelligence for Industrial Convergence, 5199991014250) funded by the Ministry of Education (MOE, Korea) and National Research Foundation of Korea(NRF), 325,360,000 KRW (or $ 241,060 Google exchange, September 26, 2023) for Insu Kim, total 6,507,200,000 KRW for all PIs (or $4,821,219 Google exchange, September 26, 2023), 2020.09.01-2027.08.31.

[8] 참여교수. 에너지 클라우드 가상물리시스템 설계 및 최적 운영 기술 개발(다양한 CPS 기반 개방형 플랫폼 운영, 검증 및 진단 기술 개발), 한국연구재단, 역할: 참여교수 (총 연구비의 25%), 2019. 06. 01- 2023. 12. 31.

Co-PI. Development of Operation, Verification, and Diagnosis Technologies for CPS Based Open Platform, Ministry of Science and ICT of the Republic of Korea, National Research Foundation of Korea, Co-principal Investigator, 241,250,000 KRW (or $111,135 Google exchange, September 26, 2023) for Insu Kim, total 965,000,000 KRW (or $714,973 Google exchange, September 26, 2023) for all PIs, 2019. 06. 01- 2023. 12. 31.

[7] 연구책임자, 배전선로 보호협조 운영기술 개발, 인텍전기전자(주), KRW 71,390,000, 2020.03.16-2020.05.15.

PI. Development of protection coordination technology for distribution lines, ENTEC Electric & Electronic, $53,093 (Google exchange, March 23, 2024), Mar. 16, 2020-May 15, 2024.

[6] 연구책임자, 강화학습 기법을 이용한 독립형 전기·열에너지 시스템의 실시간 최적 운전 알고리즘, 한국연구재단, 역할: 연구책임자, KRW 135,000,000, 2019.06.01-2022.02.28.

PI. The algorithms of controlling electrical and thermal energy resources isolated from the grid in real-time using reinforcement learning, National Research Foundation of Korea, 137,500,000 KRW (or $101,874 Google exchange, September 26, 2023), 2019. 06. 01- 2022. 02. 28.

[5] 연구책임자. 사업명: 사외공모 기초연구, 과제명: 신뢰도 지수 기반 신재생 e 연계 배전 계통 보호기기 최적화 및 전기품질 저하 영향 분석 기초연구, 협약기관: 한국전력연구원, 역할: 연구책임자, KRW 150,000,000, 2019년 5월 1일-2022년 4월 30일.

PI. The development of an optimal operation method of protection devices for distribution systems with renewable energy resources that focuses on reliability indices and the study on the effect of the proposed method on power quality, with Korean Electric Power Corporation, 150,000,000 KRW (or $111,135 Google exchange, September 26, 2023), Mar. 1, 2019-Feb. 28, 2022.

[4] PI. 복합발전 시스템의 최적화 운전 기술, 인하대학교 신진교수연구비(일반교수연구비).

KRW 6,000,000 April 1, 2022-March 31, 2023, 일반교수연구비.

KRW 6,000,000 April 1, 2021-March 31, 2022, 일반교수연구비.

KRW 7,000,000, April 1, 2020-March 31, 2021, 일반교수연구비.

KRW 10,000,000, March 1, 2019-February 29, 2020 ,신진교수연구비.

KRW 10,000,000, March 1, 2018-February 28, 2019, 신진교수연구비.

PI. Developing an algorithm that schedules combined cooled, heating, and power systems, Inha University Research Grant.

$4828.98 (Google exchange, June 1, 2022), April 1, 2022-March 31, 2023.

$4828.98 (Google exchange, June 1, 2022), April 1, 2021-March 31, 2022.

$5,633.81 (Google exchange, June 1, 2022), April 1, 2020-March 31, 2021.

$8,048.30 (Google exchange, June 1, 2022), March 1, 2019-February 29, 2020.

$8,048.30 (Google exchange, June 1, 2022), March 1, 2018–February 28, 2020.

[3] Assistant professor research scientist at Inha University. Developing protection coordination methods and analysis techniques based on the DEW power-flow analysis program, Korean Electric Power Corporation, Oct. 1, 2017-July 31, 2020.

[2] Co-PI and assistant professor research scientist at Alabama A&M University. Developing power-flow and short-circuit analysis algorithms, with the Korean Electric Power Corporation, 135,000 KRW (or $100,974 calculated at the Google exchange rate to USD, September 22, 2023), July 1, 2015-April 30, 2017.

[1] PI and assistant professor research scientist at Alabama A&M University. Project Name: Optimal combination of electrical and thermal technologies to increase energy output to the energy input ratio of a combined cooled, heating, and power (CCHP) system, USA National Science Foundation with the Georgia Institute of Technology, Role: Research Scientist, July 1, 2016-August 31, 2018.