Overview:Synchronous rectification technology, also known as active rectification technology, is a power conversion technique used in power circuits.
Highlights:By optimizing synchronous rectification technology, traditional power conversion efficiency can be improved by 5% to 10%.
Applications:Applied in coffee machine products and can potentially be used in traditional household appliances such as water purifiers.
Overview:Transformer design involves the rational selection of core materials, winding structures and parameters to achieve efficient energy transfer and transformation.
Highlights:Utilizes transformer shield winding design to eliminate Y-capacitor power supply design.
Applications:Used in dryers and other traditional household appliances.
Overview:Battery management involves controlling battery charging and discharging, state monitoring and optimization algorithms to maximize battery life, improve energy utilization efficiency, and ensure system reliability.
Highlights:Battery charge accuracy can be controlled within ±5% using software algorithms.
Applications:Applied in power tools and home energy storage products.
Overview:Battery thermal management includes controlling battery temperature, optimizing heat dissipation design, and employing thermal management strategies to enhance battery performance, prolong life, and ensure safety.
Highlights:Can achieve charge and discharge temperature rise within national standards for different products.
Application Examples:Applied in power tools and home energy storage products.
