Power Grids

In the heart of China’s power infrastructure, a groundbreaking development is set to revolutionize the way ultra-high voltage converter transformers are designed, maintained, and operated. Yongsheng He, a leading researcher from the State Grid Chongq

In the vast landscape of rural China, the hum of electricity is more than just a convenience—it’s a lifeline for communities striving to revitalize and thrive. Huiru Zhao, a researcher at the College of Economics and Management, North China Electric

In the dynamic world of energy, the integration of distributed new energy sources into provincial power grids is a hot topic. Researchers are constantly seeking ways to ensure that these grids remain stable and reliable as they incorporate more renew

In the race towards a greener future, the integration of renewable energy into existing power grids has become a critical challenge and opportunity for the energy sector. A groundbreaking study led by Shuai Wang from the National Key Laboratory of Re

In the frosty, high-altitude landscapes of China, maintaining power grids is a formidable challenge. The extreme cold and thin air demand robust and reliable equipment, particularly for detecting gas concentrations crucial for power grid maintenance.

In the heart of China’s ambitious clean energy transition, a new study led by Yinan Wang from the State Grid Energy Research Institute in Beijing has shed light on the complex risks that lie ahead. The research, published in ‘Zhongguo dianli’ (China

In the rapidly evolving landscape of power grids, the integration of power electronic converters has introduced new challenges and opportunities. Traditional protection methods, once reliable, are now struggling to keep up with the altered fault char

In the sprawling landscape of China’s energy sector, a new study led by Zhongtao Qiu from the State Grid Corporation of China, Beijing, is shedding light on a critical aspect of carbon accounting that could reshape how industries approach emissions r

In the rapidly evolving landscape of direct current (DC) power grids, ensuring safety through reliable fault detection is paramount. Among the various challenges, DC series arc faults stand out as particularly elusive, posing significant risks to bot

In the dynamic world of energy markets, the efficient and cost-effective transmission of power across provincial borders is a critical challenge. A groundbreaking study led by GU Huijie from the Power Dispatch and Control Center, China Southern Power