Silo coal level counting-monitoring system and method

Abstract

The invention provides a silo coal level counting-monitoring system which comprises a server, and further comprises a coal level gauge used for the actual monitoring operation, wherein the server comprises a server database and a server client; the server database is used for acquiring and saving silo coal information, and comprises a calculating unit, a silo information unit, a coal type information unit, a coal consumption information unit, a coal loading information unit and a coal storage information unit; and through the server client, the operation-related information is recorded by working personnel. The silo coal level counting-monitoring system is simple in structure and convenient to operate; the coal types at any points of various silos, the heat of each coal type and the quantity of the coal types can be conveniently and visually checked, and coal can be conveniently blended from the various silos to a coal bunker; accordingly, operators on each duty can specifically understand and master the working conditions of both operators on the current duty and operators on the previous duty, handle the silo coal level and other information more clearly and skillfully, count and monitor the silo coal level, the coal types and other related information in time, and complete the visual coal blending operation; and the error is slight and the efficiency is high.

Description

technical field [0001] The invention relates to a statistical system for coal levels and coal types in multiple silos of a power generation enterprise, in particular to a system and method for statistically monitoring coal levels in silos for intuitive coal blending based on data. Background technique [0002] At present, most domestic thermal power generation enterprises store coal from trains or automobiles in the coal yard, where the bucket wheel machine collects coal in a certain proportion according to the coal type, coal quality and calorific value, and transports it to the coal yard. Very few thermal power generation enterprises use train or car to transport the coal to the silo by the belt, and then transport it to the coal yard from the bottom of the silo through the ring type coal feeder and the belt. However, due to the advantages of silo coal storage that does not pollute the environment and is not affected by the weather, new power generation enterprises are gra...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the technical defects mentioned in the background technology, the present invention aims to solve the disadvantages of the unintuitive disadvantages of using traditional Excel to calculate the coal level of coal bunkers for enterprises that use silos to store coal in domestic thermal power generation, especially from multiple silos to In view of the defects and deficiencies such as inaccurate coal blending in coal bunkers, a practical and intuitive silo coal level statistics system has been developed.

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