Line loss data acquisition and analysis device

Abstract

The invention provides a line loss data acquisition and analysis device. A cable is arranged in a data acquisition box, a sliding groove is formed in the inner wall of the data acquisition box, a plurality of first rolling wheels are arranged in the sliding groove, a second motor and a storage battery are installed on each first rolling wheel, Bluetooth emitters are installed on the storage batteries through connecting rods, cameras are installed on the Bluetooth emitters, a photo storage is installed on the outer wall of the data acquisition box, a Bluetooth receiver is installed on the photostorage, a first installation shaft is installed at the upper end of the data acquisition box, a first installation plate is installed on the first installation shaft, the first installation plate isprovided with a first motor installation base, a first motor is installed on the first motor installation base, first rotating shafts are installed at the two ends of the first motor, rolling wheelsare installed on the peripheries of the first rotating shafts, bearing plates are installed above the first installation plate through a second installation plate, and guide grooves matched with the rolling wheels are formed in the bearing plates. The line loss data acquisition method can effectively improve the line loss data acquisition efficiency and quality.

Description

technical field [0001] The invention relates to the technical field of electric equipment monitoring, in particular to a line loss data acquisition and analysis device. Background technique [0002] In recent years, the power company has improved the line loss management level of the station area by continuously improving the transformation and management of the line loss in the station area, but there are still many problems of high loss, negative loss and abnormal line loss. The root cause can be divided into two parts: data source problem and data analysis problem. [0003] Data source question: [0004] (1) The quality of meter reading: Under the current management mode, meter reading mainly relies on manual work, and the quality of meter reading directly affects the data of electricity supply and sale in line loss management. Even if the smart meter reading equipment is used, there are cases where the equipment is damaged and the reading is missed or mistaken. The qu...

AI Technical Summary

Problems solved by technology

[0004] (1) The quality of meter reading: Under the current management mode, meter reading mainly relies on manual work, and the quality of meter reading directly affects the data of electricity supply and sale in line loss management

Even if smart meter reading equipment is used, there are still situations where equipment damage leads to omissions and false readings

The quality problem of meter reading has become the biggest internal worry of line loss in Taiwan area

[0005] (2) The problem of theft and failure: In the face of a large number of low-voltage customer groups, under-counting and missed timing caused by illegal use of electricity, electricity theft, and meter failures have occurred, resulting in loss and disrupting the normal order of electricity consumption. , and become the key target for rectification through line loss management in the station area

[0006] (3) The relationship between household changes: Due to the loss of data in some Taiwan areas, it is difficult to check clearly for a while

The statistical line loss of the station area is unclear, which seriously interferes with the effect of line loss control in the station area

[0007] (4) Gate metering problem: In the power consumption information system, there are still cases where there are no meters at the gates in the Taiwan area, the meter numbers are incorrect, and the conversion ratio is incorrect.

[0010] (2) Line loss data management and analysis capabilities are weak

At present, the traditional storage and computing technologies adopted by power grid enterprises are becoming more and more difficult to support the growing demand for massive data storage and computing processing. The business model and the deep-seated business value contained in the data urgently need to be processed with new technologies

[0012] The line loss data acquisition device used in the prior art has low accuracy of the line loss data, and the collection process is labor-intensive, which cannot meet the needs of actual use. Therefore, it is urgent to develop a line loss data acquisition and analysis device. To solve the problems in the existing technology

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