Out-of-service lead-acid storage battery energy management device special for energy storage power station

Abstract

The invention discloses an out-of-service lead-acid storage battery energy management device special for an energy storage power station, and mainly relates to the field of energy management of the energy storage power station. The device comprises a detection module and a matching module; the matching module comprises a first electrode contact and a second electrode contact which are respectively used for being fixed on two pole columns of the lead-acid battery; the detection module comprises a concentric-square-shaped guide rail and is provided with a data detection device in a hoisting mode, and the data detection device at least can measure voltage data. The bottom surface of the data detection device is fixedly provided with two detection heads, and the bottom ends of the detection heads are fixedly provided with elastic conductive sheets which are conductive with the detection heads. The device has the beneficial effects that the defective battery can be detected in time, the loss is greatly reduced, and the normal operation of energy management is ensured.

Description

technical field [0001] The invention relates to the field of energy management of energy storage power stations, in particular to an energy management device for returned lead-acid batteries specially used in energy storage power stations. Background technique [0002] Batteries in substations, communication rooms, laboratories and other places are mainly used as power supplies for uninterrupted power supply in emergencies. Charge and discharge tests are carried out every year. Many of them are in a dormant state for a long time, and the battery utilization rate has not been maximized. For the sake of safety, they are uniformly recycled after reaching the service life, and are scrapped and disassembled. The battery quality is much better than the batteries in the society. The cost of using returned lead-acid batteries for the construction of energy storage power stations is only 1 / 10 of the cost of newly purchased batteries. In terms of resource utilization, energy saving, e...

AI Technical Summary

Problems solved by technology

[0003] However, due to the use of returned lead-acid batteries, the probability of damage in the application is much higher than that of new batteries. Generally, lead-acid batteries are placed on the battery rack in an orderly manner, and each layer or every few layers The batteries are charged and powered by circuit connection as a battery pack. Once one of the batteries is damaged and is not detected in time, it will affect the rapid damage of other batteries in the same group, causing small problems to cause big losses.

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