In a significant development for the global power industry, the International Electrotechnical Commission (IEC) recently announced the approval of the international standard "Distributed Power Configuration Method Based on Power Quality Constraints," led by the State Grid Hebei Electric Power Research Institute.
In a significant development for the global power industry, the International Electrotechnical Commission (IEC) recently announced the approval of the international standard "Distributed Power Configuration Method Based on Power Quality Constraints," led by the State Grid Hebei Electric Power Research Institute.
Once published, this standard is expected to play a crucial role in addressing issues such as the mismatch between distributed power development and grid capacity, and enhancing the integration of wind and solar energy. The approval of this standard is a clear indication of China's leading position in research strength and technological innovation in distributed power layout planning and power quality management on the international stage.
This standard is part of the IEC TR 63222 series on "Power Quality Management." It focuses on assessing the impact of distributed power on distribution network power quality and establishes unified technical standards for aspects such as voltage deviation, grid harmonics, and network structure. This provides valuable technical guidance for distributed power layout planning.
This is Hebei's first IEC international standard project in the field of power quality. To facilitate the application process, State Grid Hebei Electric Power formed a team of experts in power quality technology. This team has been actively engaging with relevant domestic and foreign research institutions and standards committees for technical exchanges.
The approval of this international standard is a major step forward in promoting the sustainable development of the global power industry and ensuring the efficient and reliable operation of distributed power systems.