The library building has a good the

图书馆大楼具有良好的保温功能，改善图书馆的室内环境，调节室内温度；改善城市当地的生态环境，增加城市绿化面积，吸收空气中的污染物。库的加热和冷却消耗了库能量的近一半，并且不同空调单元的加热和冷却功率相差很大，因此对空调系统的有效控制对于节约能源具有非常重要的意义。科学的设计方案和精心的运行管理对空调系统的节能非常重要。在进行空调和制冷时，室内温度应控制在26°C以上。在条件允许的情况下，应尽可能依靠自然通风。合理安排照明，也是节约能源的有效途径。在充分利用自然光的基础上，图书馆应辅以人工照明，照明灯具应高效节能。

图书馆建筑具有良好的隔热功能，改善了图书馆的室内环境，调节了室内温度：改善城市生态环境，增加城市绿地，吸收空气中的污染物。图书馆的供热和制冷消耗了图书馆近一半的能源，不同空调机组的供热和制冷功率差异很大，因此对空调系统的有效控制对节能具有十分重要的意义。科学的设计方案和周密的操作管理对空调系统的节能具有十分重要的意义。空调和制冷时，室内温度应控制在26°C以上。条件允许时，尽量依靠自然通风。合理安排照明，也是节约能源的有效途径。在充分利用自然光的基础上，以人工照明为补充，照明灯高效节能。

The library building has a good thermal insulation function, improve the indoor environment of the library, adjust the indoor temperature; Improve the local ecological environment of the city, increase the urban green area, absorb pollutants in the air. The heating and cooling of the library consumes nearly half of the energy of the library, and the heating and cooling power of different air conditioning units varies greatly, so the effective control of the air conditioning system has very important significance for energy saving. Scientific design scheme and careful operation management are very important to the energy saving of air conditioning system. When air conditioning and refrigeration, the indoor temperature should be controlled at more than 26 ° C. When conditions permit, rely on natural ventilation as far as possible. Arrange illumination reasonably, also be the effective way that saves energy. On the basis of making full use of natural light, the library should be supplemented by artificial lighting, and the lighting lamps should be highly efficient and energy-saving.<br>