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A grey-box model of next-day building thermal load prediction for energy-efficient control

机译:用于节能控制的次日建筑物热负荷预测的灰箱模型

摘要

Accurate building thermal load prediction is essential to many building energy control strategies. To get reliable prediction of the hourly building load of the next day, air temperature/relative humidity and solar radiation prediction modules are integrated with a grey-box model. The regressive solar radiation module predicts the solar radiation using the forecasted cloud amount, sky condition and extreme temperatures from on-line weather stations, while the forecasted sky condition is used to correct the cloud amount forecast. The temperature/relative humidity prediction module uses a dynamic grey model (GM), which is specialized in the grey system with incomplete information. Both weather prediction modules are integrated into a building thermal load model for the on-line prediction of the building thermal load in the next day. The validation of both weather prediction modules and the on-line building thermal load prediction model are presented.
机译:准确的建筑物热负荷预测对于许多建筑物的能量控制策略至关重要。为了可靠地预测第二天的每小时建筑物负荷,将气温/相对湿度和太阳辐射预测模块与灰盒模型集成在一起。回归太阳辐射模块使用预测的云量,天空状况和来自在线气象站的极端温度来预测太阳辐射,而预测的天空状况用于校正云量预测。温度/相对湿度预测模块使用动态灰色模型(GM),该模型专门用于信息不完整的灰色系统。这两个天气预报模块都集成到建筑物热负荷模型中,以便在第二天对建筑物热负荷进行在线预测。给出了两个天气预报模块和在线建筑物热负荷预测模型的验证。

著录项

  • 作者

    Zhou Q; Wang S; Xu X; Xiao F;

  • 作者单位
  • 年度 2008
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类

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