广州大学城分布式能源站供冷系统选型设计

Research on Central Cooling Design for Distributed Energy Station in Guangzhou University Town

摘要: 在目前分布式能源站大力推广节能减排情况下，通过详细分析广州大学城分布式能源站实际热源状况，创新性地结合了该工程特点，引入溴化锂吸收式集中制冷方案，实现了能源利用的最大化，为教学园区内的分布式能源站工程能源系统设计提供了新思路和参考。

Abstract: At present, energy saving and emission reduction have been promoted in distributed energy stations. By analyzing actual heating condition for the distributed energy station in Guangzhou university town, we innovatively combined the characteristics of the project, and introduced the lithium bromide absorption type centralized refrigeration system, then maximized the use of energy. This work will provide a new reference for the engineering system design of distributed energy station.