Electrical connection structure of pluggable battery cabinet

Abstract

The invention discloses an electrical connection structure of a pluggable battery cabinet and relates to the field of electrical equipment, The electrical connection structure comprises a plurality ofanti-short-circuit structural components installed in the pluggable battery cabinet and battery individuals corresponding to the respective anti-short-circuit structural components; the anti-short-circuit structural components are connected successively; each anti-short-circuit structural component forms an electrical connection path when no battery individual is inserted, and disconnects the electrical connection path when a certain battery individual is inserted; the battery individual is inserted into the corresponding anti-short-circuit structural component in the battery cabinet when installed; the battery individuals inserted into the battery cabinet are connected successively to form a series structure, thereby achieving convenient installation; the battery individuals can be directly pulled out when required to be maintained and replaced, thereby achieving simple operation, and the anti-short-circuit structural component corresponding to the battery individual re-forms the electrical connection path to maintain the circuit connection between the remaining battery individuals, thereby ensuring that the battery cabinet can still work normally when the battery individual is taken out and maintained, and reducing maintenance cost.

Description

technical field [0001] The invention relates to the field of battery cabinets, in particular to an electrical connection structure of a plug-in battery cabinet. Background technique [0002] In the existing battery cabinets, most of the batteries are directly welded in the battery cabinet during production and assembly, and the batteries are connected by wire welding. Difficult to take out for replacement and maintenance, even if the battery is not welded in the battery cabinet, it is necessary to disconnect the wire connection between the batteries first, and then take out the battery for maintenance or replacement, so when the battery is maintained, the entire battery cabinet It will not work and the maintenance cost will be higher. Contents of the invention [0003] Aiming at the above problems and technical demands, the present inventor proposed an electrical connection structure of a plug-in battery cabinet, which can realize a single battery through the cooperation ...

AI Technical Summary

Problems solved by technology

[0002] In the existing battery cabinets, most of the batteries are directly welded in the battery cabinet during production and assembly, and the batteries are connected by wire welding. Difficult to take out for replacement and maintenance, even if the battery is not welded in the battery cabinet, it is necessary to disconnect the wire connection between the batteries first, and then take out the battery for maintenance or replacement, so when the battery is maintained, the entire battery cabinet Will not work, high maintenance cost

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