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Artificial neural network predictor for induced draft fan power consumption in thermal power plants

机译:人工神经网络预测器,用于火电厂的引风机消耗

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Induced Draft (ID) fans have been employed in power plants for evacuating the flue gas from the furnace and send it through the chimney. Power consumption by ID fan power accounts for one-third of the total power consumption by all the in-house auxiliaries. In future, utilities have to correctly predict the power consumed by the in-plant auxiliaries to arrive at the total capacity available for selling and to estimate the operational cost. In this paper, an Artificial Neural Network (ANN) model has been created for prediction of ID fan power consumption. Operational data from fifty number of steam generators has been collected. The collected data have been utilised for the training and testing of the ANN model. The developed model shall help the plant operators and designers in accurately predicting the power consumed by ID fan.
机译:感应通风(ID)风扇已在电厂中使用,用于从炉中抽出烟气,并将其通过烟囱。 ID风扇电源的功耗占所有内部辅助设备总功耗的三分之一。将来,公用事业必须正确预测工厂内辅助设备的功耗,以得出可出售的总容量并估算运营成本。在本文中,已经建立了一个人工神经网络(ANN)模型来预测ID风扇的功耗。已从五十个蒸汽发生器收集了运行数据。收集的数据已用于训练和测试ANN模型。开发的模型将帮助工厂操作人员和设计人员准确预测ID风扇消耗的功率。

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