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System and Method for Reducing Power Peak Using Demand Power Forecast

机译:利用需求功率预测降低功率峰值的系统和方法

摘要

An air compressor cleaning time prediction system according to an aspect of the present invention, which can predict a cleaning time of an air compressor using a performance deterioration table of an air compressor calculated based on at least one of an air compressor performance factor and external air conditions, is a predetermined period of time. An efficiency prediction model generator for mechanically learning air compressor efficiency data obtained according to changes in at least one of external air conditions and air compressor performance factors to generate an air compressor efficiency prediction model; A compressor performance deterioration table calculator which calculates a compressor performance deterioration table, which is a difference between a predicted efficiency value generated by the air compressor efficiency prediction model and an actual efficiency value of the air compressor, for each operating time of the air compressor; A compressor performance degradation table prediction unit for predicting a compressor performance degradation table after the current time using the compressor performance degradation tables calculated for each operating time; And a cleaning date setting unit configured to set a time point when the compressor performance degradation table predicted by the compressor performance degradation table prediction unit becomes a threshold value or more as a cleaning date of the air compressor.
机译:根据本发明的一个方面的空气压缩机清洁时间预测系统,其可以使用基于空气压缩机性能因子和外部空气中的至少一个而计算出的空气压缩机的性能劣化表来预测空气压缩机的清洁时间。条件,是预定的时间段。效率预测模型生成器,用于机械学习根据外部空气条件和空气压缩机性能因数中至少一项的变化而获得的空气压缩机效率数据,以生成空气压缩机效率预测模型;压缩机性能劣化表计算器,其计算压缩机性能劣化表,该压缩机性能劣化表是由空气压缩机效率预测模型产生的预测效率值与空气压缩机的实际效率值之间的差,用于空气压缩机的每个运行时间;压缩机性能劣化表预测单元,其使用针对每个运转时间计算出的压缩机性能劣化表来预测当前时间后的压缩机性能劣化表。并且,清洁日期设定单元被配置为将由压缩机性能劣化表预测单元预测的压缩机性能劣化表变为阈值以上的时间点设置为空气压缩机的清洁日期。

著录项

  • 公开/公告号KR20200082113A

    专利类型

  • 公开/公告日2020-07-08

    原文格式PDF

  • 申请/专利权人 주식회사 포스코아이씨티;

    申请/专利号KR20180172359

  • 发明设计人 소현진;정수연;박수영;

    申请日2018-12-28

  • 分类号G06Q10;F01D25;G06Q10/04;G06Q10/06;

  • 国家 KR

  • 入库时间 2022-08-21 11:06:31

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