24/08/22

Recently, Zhuhai Founder Technology Multilayer Circuit Board Co., Ltd. (hereinafter referred to as "Founder PCB") received the Type I Five-Star Zero Carbon Factory certification issued by the China Quality Certification Center, becoming the first Five-Star "Zero Carbon Factory" in Zhuhai.


25/03/18

In recent years, with the construction of smart grids, the energy supply in rural areas has gradually improved. Smart grids not only enhance the reliability and safety of the power system but also add momentum to rural revitalization.


25/03/18

In recent years, with the widespread use and continuous upgrading of communication devices, the demand for power supplies has also increased significantly. It is reported that modern communication devices have an insatiable demand for power, and any shortage can have a major impact on their operation. To address this issue, many communication device manufacturers have launched various energy-saving and environmentally friendly products. At the same time, some innovative companies have begun developing more ** power supply technologies to meet market demands. Whether in homes, businesses, or public sectors, the power supply needs of communication devices cannot be ignored. Therefore, all parties are actively exploring ways to provide more reliable and stable power supplies for communication devices.


25/03/18

Recently, a power company successfully established an "unmanned" substation in a certain area, attracting widespread attention. It is reported that this substation uses the latest intelligent technology to achieve a fully automated operation mode.


22/07/28

This also provides new opportunities for rural revitalization. It is believed that with the continuous improvement and promotion of smart grids, the development prospects of rural areas will definitely be better.


22/01/10

The latest news shows that significant progress has been made in the optimization of the smart grid distribution network in our country. This project provides a comprehensive optimization solution for grid distribution by introducing artificial intelligence technology and big data analysis. This move will effectively improve the power supply efficiency of the grid, reduce energy waste, and promote the improvement of new energy utilization efficiency. The project has already been practically applied in multiple cities, achieving remarkable results. In the future, smart grid distribution network optimization will become an important development direction in our country's power industry and is expected to play a significant role in promoting economic development and improving the ecological environment.


21/11/12

With the continuous development of communication technology, the power supply requirements of communication equipment are also constantly increasing. Traditional AC power supplies have many shortcomings in meeting the demands of communication equipment, while DC power supplies have become an indispensable part of communication equipment.


21/11/12

As the core link of the power grid, substations commonly face the following issues in traditional operation and maintenance management:


21/11/12

Smart Distribution Network (SDN) is a new type of power grid that, based on the traditional distribution network, introduces advanced technologies such as intelligence, informatization, and internetization to comprehensively upgrade the distribution network, achieving device interconnection, information sharing, coordinated control, and refined management.


21/11/09

The newly installed 10kV Line 114 differs from conventional renovations, with distribution network intelligence being a major feature of this line. A total of 9 intelligent distribution switches have been installed on this line. When faults occur on the line during severe weather, the intelligent distribution switches automatically analyze and assess fault information, quickly locating the fault area. Through the distribution system's automatic remote control of switches, the fault area on the distribution line is rapidly isolated, and power supply to non-fault areas is automatically restored. This significantly improves power supply reliability and reduces the adverse impact on customers caused by large-scale and prolonged power outages due to faults. After fault repair is completed, power restoration can also be remotely controlled through the system. Compared to the previous need for manual on-site power restoration, this method saves time and effort, greatly enhancing efficiency and significantly alleviating the power supply pressure on the grid during peak summer demand.


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