Energy consumption supervision method capable of achieving energy dynamic prediction for beer brewing enterprises

Abstract

The invention relates to an energy consumption system and an energy consumption supervision method capable of achieving energy dynamic prediction for beer brewing enterprises. The energy consumption system comprises an energy data input unit, a data processing unit, an energy prediction unit, an energy management unit and an energy consumption alarming and processing unit, wherein the data processing unit performs normalization processing on the data through a [0, 1] normalized method. When the energy consumption is abnormal, the energy consumption alarming and processing unit gives out an alarm through alarming sound or a light-emitting diode. Compared with the existing method depending experience-based judgment of managers, the energy consumption supervision method capable of achieving energy dynamic prediction for beer brewing enterprises has the advantages of being simple in usage and capable of adding objective evaluation standards.

Description

technical field [0001] The invention relates to an energy consumption system and a supervision method, in particular to an energy consumption system and a supervision method of a beer production enterprise for energy dynamic prediction. Background technique [0002] Beer companies have always been large energy consumers. According to statistics, the grain consumption per ton of beer varies by 30 kilograms among domestic enterprises, and the total loss rate of beer varies by 5% to 6%. The electricity consumption is 130 degrees domestically and 110 degrees internationally; the standard coal consumption per ton of beer is 170 kilograms domestically and 80 kilograms international. In recent years, the domestic beer industry has developed rapidly, and the beer output is increasing at a rate of about 20% every year. How to save energy and reduce consumption as soon as possible while improving products, and improve efficiency has increasingly become the focus of attention of variou...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is to overcome the excessive reliance on managers' subjective judgment on energy forecasting, the difficulty in timely response to changes in many factors affecting energy consumption, and the dynamic nature of energy forecasting in the existing energy consumption supervision of beer enterprises problem, providing a monitoring method for energy consumption in beer production enterprises based on energy dynamic prediction

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