Cabinet charging method and cabinet

Abstract

The invention relates to a cabinet charging method, and the method comprises the steps: firstly searching the electric quantity value of each power bank in a cabinet, and then carrying out the sortingof a plurality of power banks in the cabinet based on a preset priority sequence; and finally, charging the preset number of power banks with the highest priority with a first current value based onthe sorting. The priority sequence comprises that the priority sequence of the power banks of which the electric quantity values are lower than a first preset value is higher than the priority sequence of the power banks of which the electric quantity values are higher than or equal to the first preset value. According to the cabinet charging method, the multiple power banks stored in the cabinetare graded according to different electric quantities, it is preferentially guaranteed that the electric quantities of the multiple power banks in the cabinet reach the borrowable index, and the heatdissipation problem is effectively controlled while the charging efficiency is improved. The invention further relates to a cabinet adopting the charging method.

Description

Technical field [0001] This application relates to the field of electronic devices, and in particular to a charging method of a cabinet and a cabinet adopting the charging method. Background technique [0002] Shared power banks are usually stored in a cabinet in batches. In addition to locking the internal power bank, the cabinet also needs to continue to charge the internal power bank to ensure that the power bank meets the power requirement for borrowing. A single cabinet usually needs to charge multiple power banks at the same time. Because the space in the cabinet is relatively closed, the heat generated by the power bank during the charging process is not easy to dissipate, and the accumulation of heat is likely to cause a series of safety problems. For example, the internal temperature of the battery cell is overheated, or the surface temperature is high when the user lends the power bank, the metal contacts of the power bank are hot and the user, etc. [0003] However, cur...

AI Technical Summary

Problems solved by technology

A single cabinet usually needs to recharge multiple charging treasures at the same time. Since the space in the cabinet is relatively closed, the heat generated by the charging treasures during the charging process is not easy to dissipate, and the accumulation of heat is likely to cause a series of safety problems.

If the internal temperature of the battery is overheated, or the surface temperature is high when the user borrows the power bank, the metal contacts of the power bank are hot, and the user, etc.

[0003] However, the current charging treasures mostly use fast charging solutions with high power. If the cabinet adopts the fast charging scheme to replenish power for all charging treasures, it will further increase the heat dissipation problem, cause hidden safety hazards in the cabinet, or cause psychological panic to users, affecting Experience

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