Shandong Chunguang Technology Group Co., Ltd. is located in Linyi National High-tech Industrial Development Zone, Shandong Province. It is a high-tech enterprise specializing in the research, development, production and sales of magnetic materials and electronic information technology.After years of development, it has gradually built an industrial chain development model with magnetic materials as the basis, magnetic cores and devices as the link, and smart power supplies as the guide. Each sector supports each other and develops in a dislocated manner, striving to become a world-class professional magnet manufacturer.
Since its establishment, the group has always adhered to the leadership of scientific and technological innovation. Its subsidiaries have successively won the title of National Specialized and New 'Little Giant' Enterprise, China's Top Ten Enterprises in Magnetic Materials, Manufacturing Individual Champion, and Shandong Province's 'Top Ten' Industries. Honorary titles such as Cluster Leading Enterprise, Shandong Province Technological Innovation Demonstration Enterprise, Shandong Province Gazelle Enterprise, etc.The Group will work hand in hand with all sectors of society and work hard to create a better future!
With the support of IoT technology and automation technology, the smart home field has developed rapidly. The development of smart home technology is inseparable from the support of high -quality, high -performance electronic components. Compared with traditional homes, smart homes operating in remote control methods require power supply to have higher energy efficiency and good anti -interference performance. Sexual needs.
In the context of the dual carbon strategy, the photovoltaic power generation and new energy storage industries have entered the fast lane. Magnetic devices are essential electronic components in photovoltaic power generation and energy storage systems, mainly used in the photovoltaic inverter and energy storage inverter parts. The main function of inverters in photovoltaic energy storage is to convert the direct current emitted by photovoltaic modules into alternating current. Inductors and transformers are the main components of inverters for power conversion and filtering.
Due to the three electric system architecture of new energy vehicles, the application of magnetic devices has greatly improved compared to traditional fuel vehicles. Magnetic devices are mainly used in new energy vehicles for in vehicle chargers (OBCs), in vehicle DC/DC converters, various electric drives, and electronic control scenarios. In order to meet the requirements of magnetic devices reaching automotive standards, indicators such as high-frequency, high efficiency, wide temperature range, and miniaturization have been proposed. At the same time, it promotes the development of soft magnetic materials towards wide temperature, wide frequency, and high saturation magnetic flux density.
The development of new energy vehicles has driven the development of automotive charging stations. Compared to AC charging stations, fast charging DC charging stations have a greater demand for magnetic devices, and have also put forward new performance requirements for magnetic devices. Magnetic devices, as the core components of charging stations, mainly play a role in power factor correction, voltage conversion, electrical isolation Key functions such as EMI filtering. With the gradual maturity of super charging pile technology, the demand for high-power magnetic devices in the new energy vehicle market will also rapidly increase.
The field of information and communication is a key area for the application of magnetic devices, among which information and communication equipment has the function of network connection and maintaining data transmission. The main equipment covered includes data centers, 5G base stations, switches, routers, user terminal devices, etc. Among them, a large number of integrated inductors, RF inductors, network transformers, filtering inductors, power transformers, etc. are used. At the same time, the construction of 5G base stations has directly driven the rapid growth of base station power supplies and magnetic devices.
With the support of IoT technology and automation technology, the smart home field has developed rapidly. The development of smart home technology is inseparable from the support of high -quality, high -performance electronic components. Compared with traditional homes, smart homes operating in remote control methods require power supply to have higher energy efficiency and good anti -interference performance. Sexual needs.
In the context of the dual carbon strategy, the photovoltaic power generation and new energy storage industries have entered the fast lane. Magnetic devices are essential electronic components in photovoltaic power generation and energy storage systems, mainly used in the photovoltaic inverter and energy storage inverter parts. The main function of inverters in photovoltaic energy storage is to convert the direct current emitted by photovoltaic modules into alternating current. Inductors and transformers are the main components of inverters for power conversion and filtering.
Due to the three electric system architecture of new energy vehicles, the application of magnetic devices has greatly improved compared to traditional fuel vehicles. Magnetic devices are mainly used in new energy vehicles for in vehicle chargers (OBCs), in vehicle DC/DC converters, various electric drives, and electronic control scenarios. In order to meet the requirements of magnetic devices reaching automotive standards, indicators such as high-frequency, high efficiency, wide temperature range, and miniaturization have been proposed. At the same time, it promotes the development of soft magnetic materials towards wide temperature, wide frequency, and high saturation magnetic flux density.
The development of new energy vehicles has driven the development of automotive charging stations. Compared to AC charging stations, fast charging DC charging stations have a greater demand for magnetic devices, and have also put forward new performance requirements for magnetic devices. Magnetic devices, as the core components of charging stations, mainly play a role in power factor correction, voltage conversion, electrical isolation Key functions such as EMI filtering. With the gradual maturity of super charging pile technology, the demand for high-power magnetic devices in the new energy vehicle market will also rapidly increase.
The field of information and communication is a key area for the application of magnetic devices, among which information and communication equipment has the function of network connection and maintaining data transmission. The main equipment covered includes data centers, 5G base stations, switches, routers, user terminal devices, etc. Among them, a large number of integrated inductors, RF inductors, network transformers, filtering inductors, power transformers, etc. are used. At the same time, the construction of 5G base stations has directly driven the rapid growth of base station power supplies and magnetic devices.
WeChat Official Account
