Electrical steel is a specialized type of steel with exceptional magnetic properties, making it crucial for the efficient operation of many electrical devices. Here’s a breakdown of its efficiency, applications, market size, and green economy significance: Efficiency: Key Applications: Market Size: Importance for Green Economy: Overall, electrical steel’s unique properties and efficiency make it a […]
Electrical steel has become increasingly critical for energy efficiency as the world transitions to cleaner power. This metallic alloy helps power transformers, motors, generators and other electrical equipment work more efficiently. However, the standards for testing and evaluating electrical steel performance have not kept pace. Importance of Electrical Steel Electrical steel is fundamentally enabling energy
Electrical Steel Efficiency: Increasing importance and outdated standards. Read More »
LMDR utilizes a focused laser beam to introduce controlled thermal shocks onto the surface of the electrical steel. These thermal shocks create new magnetic domain walls within the material, effectively refining the size and distribution of existing magnetic domains. This refinement brings several benefits for reducing core loss: 1. Reduced Domain Wall Movement: Smaller domains
In electrical steel, used in transformers, motors, and other magnetic components, core loss represents the energy wasted as heat due to two main mechanisms: hysteresis loss and eddy current loss. Minimizing these losses is crucial for efficient operation. 1. Hysteresis Loss: Imagine rolling a marble along a bumpy track. It takes more energy to overcome
Core loss, Hysteresis, and Eddy Current in Electrical Steel Read More »