GAS STORAGE DEVICE AND METHOD FOR CONTROLLING SAME, AND NEW ENERGY CARRIER

摘要

A gas storage device and a method for controlling same, and a new energy carrier. The method for controlling a gas storage device comprises the following steps: acquiring, in real time, gap feedback information of a winding position, and comparing the gap feedback information with a preset threshold to determine whether there is a gap at the winding position; and if so, increasing a current delivered to a high-conductivity fiber reinforced layer (20), so that the field strength of an electromagnetic field generated by the high-conductivity fiber reinforced layer (20) increases, and a magnetic liner (10) is attracted to be attached to the high-conductivity fiber reinforced layer (20). Therefore, the field strength of a magnetic field generated by a high-conductivity fiber reinforced layer (20) can increase, and a magnetic liner (10) is attracted to be attached to the high-conductivity fiber reinforced layer (20), such that a gap between the high-conductivity fiber reinforced layer (20) and the magnetic liner (10) can be eliminated, and the high-conductivity fiber reinforced layer (20) is tightly attached to the magnetic liner (10), thereby improving the high-pressure resistance performance and the usage safety of a gas storage tank (50) formed by winding the high-conductivity fiber reinforced layer (20) around the magnetic liner (10).