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针对冰浆潜热输送矿井空调系统进行了设计,提出存在峰谷电价下的井上、井下设计方案。以淮南某矿井为例,根据冰浆潜热输送深井空调功能特性,将系统分为一次侧循环系统和二次侧循环系统,采用系统火用平衡分析法,代替传统的能量平衡分析法,得出了冰浆潜热矿井空调系统的火用损失分布。
Aimed at the design of mine slurry air conditioning system with latent heat of ice slurry, the design scheme of uphole and downhole under the existence of peak-valley electricity price is proposed. Taking a mine in Huainan as an example, the system is divided into a primary circulation system and a secondary circulation system according to the functional characteristics of the deep well air conditioning system using the latent heat of ice slurry transportation. By using the system equilibrium analysis method, instead of the traditional energy balance analysis method, Exergy loss distribution of ice slurry latent heat air conditioning system.