By building a test platform under variable temperature conditions, the eddy current loss, temperature distribution and output performance of the components can be monitored in real time, and the reliability of the design scheme can be verified.
Integrating the power generation unit directly with the heat source reduces the length of the heat conduction path, which can further improve the immediacy of energy conversion.
In modern environments with a high density of electrified and intelligent equipment, fire hazards often remain hidden from view. Once a fire breaks out in a small, enclosed space such as a power distribution cabinet, server chassis, battery compartment of
With the development of intelligent security and passive sensing technologies, temperature-sensitive magnetic power generation components, as a fire early warning device that requires no external power source and is maintenance-free, are increasingly bein
Lithium battery fires are prone to reignition due to residual internal heat or ongoing chemical reactions; therefore, lithium battery fire extinguishing devices must have continuous suppression capabilities.
In home kitchens, electric vehicle charging areas, near electrical boxes, or even under desks, a small fire caused by an electrical short circuit, a grease trap, or battery thermal runaway can spread rapidly within seconds, leading to serious consequences