| Title |
Development of Complex Diagnostic Equipment for Energy Prosumer Facilities |
| Authors |
신현진(Hyun-Jin Shin) ; 최의성(Eui-Song Choi) ; 지평식(Pyeong-Shik Ji) |
| DOI |
https://doi.org/10.5370/KIEEP.2021.70.3.174 |
| Keywords |
Energy Prosumer; Electrical Safety Diagnosis; Complex Diagnostic Equipment; Power Quality Analyzer; Analog DAQ module |
| Abstract |
The need for safe management of energy prosumer electronic components is increasing as the energy prosumer market is revitalized and disseminated in accordance with the government's new and renewable energy supply policy following the implementation of the Convention on High Oil Prices and Climate Change. Currently, the safety diagnosis of energy prosumer facilities is a measurement system for single elements of electrical, environmental, and mechanical properties, and it is difficult to study the correlation between the properties of each facility. In this paper, we intend to develop a complex diagnostic equipment for energy prosumer facilities that simultaneously collects electrical, mechanical, and environmental factor data. By analyzing standards related to prosumer facilities, we want to define measurement elements and develop diagnostic equipment mainframes, analog data acquisition modules, and control and monitoring programs for diagnostic equipment development. |