Time:2025-01-08 Browse: 102
Application Prospects of Amorphous Cores in Multiple Fields in the Future
Power Field
Distribution Transformers: Amorphous alloy transformers have obvious advantages in energy conservation and can reduce no-load losses by 75% - 80%. Driven by energy conservation and emission reduction policies, the application proportion of them will increase.
Smart Grids: They are used in current transformers, voltage transformers, etc. With the characteristics of high permeability and low loss, they help to improve measurement accuracy and transmission efficiency and ensure the stable operation and intelligent control of smart grids.
Electronic Information Field
5G Communication: Meeting the requirements of 5G for high-frequency and high-efficiency devices, they can be used in filters, antennas and other equipment of 5G base stations to improve signal transmission quality and system efficiency.
Consumer Electronics: They are applied in power adapters, wireless charging modules, etc., realizing miniaturization and high efficiency and meeting the needs for being lightweight, portable and having fast charging.
New Energy Field
New Energy Vehicles: They are used in motors, battery management systems, on-board chargers, etc., which can improve motor efficiency, increase driving range, and enhance the power density and charging efficiency of the systems.
Photovoltaic Power Generation: They are used in high-frequency transformers, inductors and other components of photovoltaic inverters, which can improve conversion efficiency and reduce energy losses.
Industrial Automation Field
Sensors: They can be used to manufacture high-precision and high-sensitivity sensors. Relying on the characteristics of high permeability and low loss, they can improve the performance of sensors and ensure accurate measurement and control.
Motors: They are favored in the field of micro, special and small motors and have been applied in many fields such as unmanned aerial vehicles. In the future, the application range is expected to expand with the progress of technology and the reduction of costs.
Medical Field
Electrophysiological Field: Currently, they are mainly used in catheter sensors for radiofrequency ablation surgeries. With the increase in the number of surgeries, the demand for miniature sensors will increase significantly.
Other Medical Fields: Due to their small size and anti-blocking characteristics, miniature sensors have broad application prospects in oncology, spinal surgery and many other aspects.
Aerospace Field
Aviation Electronic Equipment: With characteristics such as high reliability, they can ensure the normal operation of equipment in the space environment and are also beneficial for reducing weight and improving the performance of aircraft.
Satellite Power Systems: Their low-loss and other characteristics can meet the requirements for the stable operation of satellite power systems under different environments.
Smart Home Field
Smart Home Appliances: They are used in circuits such as motor driving and power management, which can improve the energy efficiency and performance of home appliances and realize functions such as energy conservation.
Home Energy Management Systems: They are applied in smart electricity meters, energy storage devices, etc., improving the accuracy and efficiency of energy management and realizing optimized allocation and energy conservation and emission reduction.
