1) Establishment of the theoretical foundation for an Energy Block–based power stabilization architecture and research on mechanisms for organizing abnormal current components
2) Real-grid-data-based analysis and academic publication of power metering characteristic changes in non-sinusoidal & unbalanced power environments
3) Research on a power system stabilization architecture considering neutral–ground potential relationships & leakage current distribution characteristics
4) Definition of a structural technology framework for applications in industry, buildings, and mobility power environments
5) Advancement of field-measurement-data-based power environment diagnostic methodologies and establishment of an applicability evaluation framework
6) Research on structural improvement factors from the perspective of power facility safety and long-term operational stability
7) Systematization of an academic & technical documentation framework for power quality analysis using the Energy Block concept
8) Analysis-driven research to improve metering reliability and data interpretation in power systems
9) Energy Block–based electrical safety system technology (Korea patent application, Application No.: 10-2025-0115277)
10) Energy Block–based electrical fire safety management system technology (Korea patent application, Application No.: 10-2025-0203662)
2025
1) Technical review of structures to improve power utilization efficiency on the photovoltaic inverter side
2) Architectural design of energy management software based on environmental data (temperature, humidity, harmonics, etc.)
3) On-site applicability review of a demand-diagnosis-based energy utilization analysis system (load correlation & statistical analysis–focused)
4) Technical review of architectures to improve battery charge/discharge operating efficiency
5) Technical review of loss-reduction architectures via improvements in generator driving characteristics
6) Review of potential improvements in power utilization efficiency for industrial equipment (internal combustion engines, generators, etc.)
7) Review of energy management architectures based on analysis of vehicle power utilization characteristics
8) Technical review of power data utilization from the perspective of carbon emission estimation and management
2024
1) Development of improved modular LED architecture (review of replacement-method efficiency compared to conventional LED)
2) Development of a solar-linked lighting system architecture (review of grid/off-grid linkage applicability with existing street/security lights)
3) Review of integrated lighting & security system architecture implementation
4) Design and implementation of electrical safety management software architecture
5) Research on neutral–ground potential relationships (NTEV) and floating voltage characteristics (paper preparation and countermeasure review)
6) Review of battery charging condition optimization technology (focused on low-to-mid speed charging regions)
7) Review of architectures for industrial applications such as power facilities, distribution panels, and vehicles
8) Review of key component technologies linked to energy storage systems (ESS)
9) Design of a demand-diagnosis-based energy utilization analysis solution architecture (based on multiple regression & load correlation analysis)
10) Review of integrated electrical safety & energy management architecture by load characteristics (including monitoring items such as overcurrent, leakage, vibration, etc.)
11) Research on LED lighting system architecture improvements considering plant growth environments (comparison under equal illuminance & full-spectrum conditions)
12) Fundamental technology review of an integrated energy management architecture for next-generation distributed power environments
2023
1) Multi-function electrical safety protection system and protection method (Patent Registration No. 10-2338558)
2) Multi-function electrical safety protection system and protection method (Patent No. 10-2322324) NOV.01,2021
3) Review of power efficiency enhancement technology applications from the perspective of driving loss reduction and back-EMF mitigation
4) Technology validation based on in-house tests for improved power utilization efficiency through enhanced drive characteristics
5) Review of microalgae-based power facility convergence technology and on-site application of IoT-based power & electrical safety systems; preparation for certification procedures
2022
1) Application of energy-saving technology compared to conventional streetlights (efficiency improvement vs. standard LED)
2) Research on stand-alone solar-based LED lighting and security-linked system architecture
3) Research on the design and analysis of distributed power systems for small communities (Spring conference presentation)
4) Collaborative research on small-scale distributed power system configurations from a carbon neutrality perspective
5) Research on IoT-based low-voltage power facility leakage current detection and prevention architecture (academic presentation)
6) Feasibility analysis and international academic presentation (IEEE) of distributed power systems based on hybrid renewable energy
7) Best Paper Award: Research on small-scale distributed power system configurations considering carbon neutrality
2021
1) Launch of an integrated sensing framework and IoT-based power facility monitoring solution to prevent electrical safety incidents caused by overcurrent and leakage
2) Supply of integrated monitoring architecture and IoT convergence solutions for distributed power system (Micro Grid) 구축, via overseas government cooperation (MOU): ESS, non-contact safety technology, photovoltaic, standard LED replacement, EV charging infrastructure, and distributed power systems
2020
Application of power flow stabilization technology to realize energy savings through reduced driving losses and improved operating efficiency
2019
1) Completion of convergence technology development based on composite materials and magnetic property research; studies on material-based power environment applications via control of thermal & electromagnetic characteristics and review of diverse system applications
