Energy-storing accumulator cabinet convenient for maintaining

Abstract

The invention discloses an energy-storing accumulator cabinet convenient for maintaining. The energy-storing accumulator cabinet convenient for maintaining comprises support legs, a cabinet body, a first electric push rod, connecting bars, a rectangular support frame, a straight bar, a first climbing hook, a circular ring, a connecting rope, a second climbing hook, an annular sliding chute, a slider, a sliding rail, drawers, handles, second electric push rods, a tray, accumulator bodies, a cross bar, connection plugs, a thermal-insulating asbestos plate, an air pump, a connecting pipe, an airoutlet pipe, a temperature sensor, a single chip, a buzzer and a cavity. The energy-storing accumulator cabinet convenient for maintaining is rational in structure, and capable of, through the first electric push rod and the rectangular support frame, while the energy-storing accumulator cabinet is maintained and repaired, enabling a worker to lift, avoiding the worker from climbing up and down inmaintenance, reducing the labor intensity of the worker, performing connection through the second climbing hook and a waistband of the worker, protecting the worker through the connecting rope and the straight bar, and preventing the worker from falling down.

Description

technical field [0001] The invention relates to an energy storage battery cabinet, in particular to an energy storage battery cabinet which is convenient for maintenance, and belongs to the technical field of energy storage battery applications. Background technique [0002] Energy storage batteries mainly refer to batteries used in solar power generation equipment, wind power generation equipment and renewable energy storage energy; when in use, energy storage batteries are stored in energy storage battery cabinets, which store electric energy internally and can be used for external equipment. powered by. [0003] When the energy storage battery cabinet is powered, the internal components may be damaged and worn out, and may need to be repaired and maintained at regular intervals. Some energy storage battery cabinets are relatively high and need to be climbed with the help of external ladders, which increases the The labor intensity of the staff for maintenance, and the st...

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Problems solved by technology

[0003] When the energy storage battery cabinet is powered, the internal components may be damaged and worn out, and may need to be repaired and maintained at regular intervals. Some energy storage battery cabinets are relatively high and need to be climbed with the help of external ladders, which increases the The labor intensity of the staff for maintenance, and the staff's activity space is small, which is not convenient for maintenance; the general energy storage battery cabinet may be poorly ventilated, and the surface temperature of the energy storage battery may be high after a certain period of time, which may damage the storage battery. When the energy storage battery cabinet is used, the energy storage battery may appear abnormal, and when the temperature of the energy storage battery reaches a certain value, a fire may occur. If it is not handled in time, the energy storage battery cabinet may cause damage

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