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Forecasting on Energy Consumption in China Based on Logistic-Markov

机译:基于Logistic-Markov的中国能源消费量预测

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摘要

Logistic model has a simple and apparent reality in mathematics, it can well characterize the feedback mechanism of energy consumption and economic growth. Based on the Logistic model, this paper proposes a new method for solving Logistic. With China's total energy consumption in 2000-2013 as raw data, it uses Logistic model to predict our country's total energy consumption. And then, it improves the predicted results with Markov chain. The results show that: the average relative error is 4.71 percent if it uses Logistic model, while the average relative error is only 2.45 percent if it is improved. The prediction accuracy is improved of 2.26 percent. Therefore, this paper uses Logistic-Markov method to predict energy consumption of 2014-2020. Finally, it analyzes energy consumption trends by predicting, and proposes the corresponding energy conservation measures.
机译:Logistic模型在数学上具有简单明了的现实性,可以很好地描述能源消耗和经济增长的反馈机制。在Logistic模型的基础上,提出了一种求解Logistic的新方法。以中国2000年至2013年的能源总消耗量为原始数据,使用Logistic模型预测我国的能源总消耗量。然后,利用马尔可夫链提高了预测结果。结果表明:如果采用Logistic模型,则平均相对误差为4.71%;如果进行改进,则平均相对误差仅为2.45%。预测准确性提高了2.26%。因此,本文采用Logistic-Markov方法预测2014-2020年的能源消耗。最后,通过预测来分析能耗趋势,并提出相应的节能措施。

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