The development of smart grids is an important measure to achieve green development in the energy sector. It is of great significance to the implementation of the five development concepts of innovation, coordination, greenness, openness, and sharing, and to promote my country's construction of a clean, low-carbon, safe and efficient modern energy system. "At the "2018 China Power Distribution Technology Summit Forum" held on August 23-24 with the theme "Innovative Smart Power Distribution Technology, Helping the Development of Energy Internet Technology", the participating experts agreed that my country should actively share domestic and foreign New power distribution technologies and new achievements will promote their transformation and implementation, thereby promoting the continuous development and progress of the construction of a new generation of power systems. Zhao Peng, general manager of the China Electric Power Research Institute Co., Ltd., said at the meeting that the scale of my country’s power distribution network is rapidly expanding, and a complex power distribution architecture based on distributed, multi-load, and multi-power sources is taking shape. End users have reliable power supply. The demand for performance is gradually increasing, and technologies such as the coordinated development of source, network and load, wireless charging and DC power distribution are gradually changing the traditional distribution network. Emerging technologies represented by "Internet +", chip technology, Internet of Things technology, and artificial intelligence technology are changing rapidly. Traditional distribution network design concepts and technologies have been difficult to adapt to the requirements of the rapid development of distribution networks. The demand for technology is also more urgent. In this context, my country's traditional distribution network is facing multiple challenges. "Mainly including continuous improvement of power supply reliability, continuous improvement of power utilization efficiency, continuous improvement of grid asset utilization, active response to large-scale distributed power access, and active response to a large number of electric vehicle charging stations/pile access challenges." Sheng Wanxing concluded that China Electric Power Research Institute Co., Ltd. "Therefore, my country needs to proactively adapt to and lead the development of the Energy Internet, and accelerate the construction of a new generation of power system with the characteristics of extensive interconnection, flexible user participation, multi-energy collaborative operation, and supporting the large-scale development and utilization of clean energy-the intelligent distribution network. "Zhao Peng said. "Smart distribution network has three characteristics: informatization, intelligence, and interaction." China Southern Power Grid Corporation's production technology department Liu Chang introduced the construction practice of China Southern Power Grid Corporation in recent years as an example. Focusing on these three characteristics, it adheres to lean management. Concept, with the goal of "improving quality and efficiency", China Southern Power Grid promotes the application of cloud computing, big data, Internet of Things, mobile Internet, and artificial intelligence technologies in the fields of smart equipment, field operations, condition monitoring, situational awareness, and smart operation. Among them, the realization of intelligence in the fields of intelligent equipment and field operations, the realization of informatization in the field of condition monitoring, and the realization of informatization and interaction in the fields of situational awareness and smart operation, and finally realize the realization of "equipment status at a glance, risk management and control, and production and operation. "Key accessibility, decision-making and command integrated operations", to achieve "intelligent equipment, intelligent operation". It has accumulated valuable experience that can be used for reference in the construction of my country's new generation power system. In this regard, the participating experts analyzed that, among them, promoting the application and development of power distribution Internet of Things technology is of great significance to the construction of a new generation of power systems. Distribution Internet of Things is a new type of power network form produced by the deep integration of traditional industrial technology and Internet of Things technology. Through the comprehensive interconnection, intercommunication, and interoperability between the equipment of the distribution network, the comprehensive perception, data integration and intelligence of the distribution network are realized. Application, to meet the demand for lean management of the distribution network, and support the rapid development of the energy Internet, which supports the construction of the intelligent distribution network in the new generation of power systems. "In terms of application form, the application of power distribution Internet of Things has the characteristics of plug-and-play terminals, extensive interconnection of equipment, comprehensive status awareness, application mode upgrades, rapid business iteration, and efficient use of resources. The key technologies to realize the Internet of power distribution are mainly Including six aspects: model protocol, software-defined terminal, application analysis based on edge computing, smart sensor technology, network information security technology, low-cost and wide coverage local communication technology," said Lu Jun, Department of Operation and Inspection of State Grid Corporation of China. Lu Jun said that a new round of energy revolution, marked by the large-scale development and utilization of new energy, and with re-electrification as the fundamental path, is developing in-depth around the world. The traditional distribution network management model cannot meet the development needs of the distribution network in the new era. There is an urgent need to apply advanced distribution Internet of Things technologies such as "cloud big things, move intelligence" and so on to essentially improve the level of distribution network construction, operation and maintenance, and management. To achieve leapfrog development. FTTH Fiber Optic Socket Terminal Box
FTTH Fiber Optic Socket Terminal Box, fiber termination box provides a mini density wall-mounted solution for next generation networks, which aims to provide and manage minimum numbers of fibers in a limited space.
It is normally installed in the way of wall-mounted. Widely used in FTTH access network, telecommunication networks, CATV networks, data communications network, local area networks, indoor and outdoor application.
Mini FTTH terminal box is designed specially for FTTx application, which suits for jointing fibers pigtail and it protects fiber optic splices and helps to share out the connectivity to individual customers. Optical Termination Box is designed to connect raiser/distribution cables to subscriber`s drop cable in FTTx networks. It has 1 input port and 1 output ports on the bottom and it is easy to install on the wall.
Optical Fiber Terminal Box,Fiber Access Termination Box,Fiber Optic Terminal Box,Fiber Optic Junction Box,Fiber Optic Cable Junction Box Sijee Optical Communication Technology Co.,Ltd , https://www.sijee-optical.com
