Patent ID: 11929530
Assignee: SHANGHAI COVAPOR ENERGY TECHNOLOGY CO., LTD
Field: Chemical engineering (Chemistry)
Classification: CPC H  B  C  Y | IPC B  C  H

Claim 6:
7. The energy system with hydration of magnesium hydride of claim 1, comprising:
a mobile phone and an external feeding apparatus; the mobile phone comprising: the hydrogen fuel cell, a battery box, and a password lock; the external feeding apparatus comprising: a water feeding pin, a hydride replacing pin, an automatic positioning clamp, a miniature magnesium hydride replacing assembly, a water addition/extraction assembly, a low-temperature hydrogen absorber, and an intelligent management assembly;, wherein
the hydrogen fuel cell is provided with the air feeding port, the purified gas discharge port, and a battery box interface module; the hydrogen fuel cell is connected to the battery box interface module; the battery box is provided therein with a hydrogen control module, a magnesium hydride module, and a water control module; the battery box interface module is connected to the hydrogen control module through a hydrogen interface, and is connected to the water control module through a water interface; the water control module is provided with a water feeding hole, and the magnesium hydride module is provided with a hydride replacing hole; the water control module is connected to the water feeding pin via the water feeding hole, and the magnesium hydride module is connected to the hydride replacing pin via the hydride replacing hole; and the mobile phone battery is arranged in the mobile phone, and the mobile phone battery is arranged in parallel or in series with the fuel cell; and
water in the water control module is configured to enter the magnesium hydride module through a first membrane between the water control module and the magnesium hydride module to react with magnesium hydride to produce hydrogen and magnesium hydroxide; hydrogen enters the hydrogen fuel cell through the hydrogen interface, and hydrogen enters the hydrogen control module through a second membrane between the magnesium hydride module and the hydrogen control module; the second membrane is unidirectional, and only hydrogen is allowed to enter the hydrogen control module through the magnesium hydride module; hydrogen in the hydrogen fuel cell reacts with the air entering through the air feeding port to produce water and generate electricity for the mobile phone; or alternatively, the mobile phone battery uses an external power to store electricity; and the magnesium hydride module has a normal temperature of between −40 and 100° C.