Optimal scheme of heating system in teaching buildings of a university

Li Yanguang, Qi Xianbo, Gu Jihao, Qi Chengying and Sun Chunhua

2020.01.15

 Obtains the supply and return water temperature curves of secondary side by data mining and theoretical analysis based on the historical operation data. In addition, provides an optimal scheme according to the delay rule of temperature rise and drop in typical rooms. The application results show that the energy saving rate of the heating system is 19.1% during the heating period. More energy can be saved by adopting the optimal scheme.