Contactless power transmission and its iron loss research exerting on isolated high hydrostatic loading device

Contactless power transmission has been becoming a prospective energy conveying method in recent years for its irreplaceable merits such as no physical contact, no wire aging, no electrical spark and so on. In some special functional devices such as deep sea robots, miners serving in natural gas environment and high hydrostatic loading devices, contactless power transmission (CPT) embodies its advantages remarkable. This paper focuses on the CPT exerting on isolated high hydrostatic loading device, which requires no wire crossing the isolated wall, considering the safety of staff and device and the precision and stability of experiments.