Next Generation Power Grid and Substation

Fields of our research Next Generation Power Grid and Substation

The Next Generation Power Grid and Substation Laboratory which is responsible for R&D projects on the power system, which is the key neural network of electricity, is leading the innovation of the grid and substation systems in order to maintain an optimal electricity environment and quality, as well as stable power supply. Especially, the laboratory is focusing on R&D and technical support in the field of substations and grid transmission, as well as structural seismic designs. The main topics of R&D for this laboratory include prevention of wide-area power failure, ultra high voltage DC transmission, environmentally-friendly power transmission infrastructure, underground transmission cable diagnostics/service life estimation, operation of the sea cable, improvement of seismic performances, site stability evaluation, management of the service life of structures, and technical R&D projects to connect with the regional grid in North-east Asia. Also, the laboratory is responsible for the operation of Gochang Power Test Center, the only demonstration center for power equipment in South Korea, in order to lead the empirical technical research in the field of power grid and substations.

Power system technology

The laboratory is responsible for researches on stabilized and economic operation of the power system, such as WAMAC, AC-DC combined system planning and analysis technology, connection with the regional grid in North-East Asia and super grid, and HVDC conversion, which is the core technology for marine wind power. In addition, the laboratory’s research topics include the technologies for preventive diagnosis of substation equipment, insulation coordination technology for optimized equipment operation in extreme environments, and R&D projects for establishing environmentally-friendly future substation. They are also conducting researches on full-digital substation designs in accordance with the international standards and operations, performance and suitability tests, environment-proof testing technologies for the equipment of the digitalized substation, automation, protective control technology, and more key technologies.

KEPCO PT Center

KEPCO PT Center is a comprehensive field test facility for power technology of KEPCO. In this facility, it is possible to test new power technology and demonstrate the results of R&D projects. Since the opening of the facility in 1989, the Center secured key testing equipment in power transmission and distribution in order to become a world class electric power demonstration and testing center. Currently, the PT Center is equipped with two 765kV lines and 1 demonstration line, as well as the underground cable demonstration facility and other transmission demonstration facilities. Also, there are distribution test facilities, superconductivity test facilities, and power transformation demonstration facilities. In accordance with the mid/long-term development plan of the facility, the Center plans to secure more power test equipment to become a demonstration and official certification test center

Structural & Seismic Tech.

The R&D projects of the Structural & Seismic Tech. sector include the technology for evaluating and enhancing seismic performance and the new technology for constructing power structures in an environmentally-friendly manner by minimizing slope-cutting, and new construction methods and materials, such as the self-healing concrete. In addition, the sector is engaged in R&D projects for evaluating the service life of a structure and its maintenance.

Power transmission technology

In the field of power transmission, the laboratory is engaged in the R&D project for the technologies for building and operating transmission equipment of 765kV and 345kV or lower which are currently in operation, as well as the compact transmission tower and UHVDC (Ultra High Voltage Direct Current) transmission lines for environmentally-friendly power transmission. Technical support for assessing the electromagnetic fields and noise, damages or contamination of the insulators and other problems in the field is also included in the activities of the laboratory. The laboratory is also engaged in KEMA joint certification testing for underground cable; developing test technologies for superconductivity equipment such as the Superconducting Fault Current Limiters or superconducting cables; developing the testing and operating technology for superconducting underground cable; developing the preventive diagnosis and service life estimation for live-line cables; structural and seismic performance evaluations.