The Analysis Of Energy Occupation In Library And Energy-Saving Management Strategy

With the increase of urban construction, large public building energy consumption accounted for the proportion of the total building energy consumption is increasing. Therefore, how to reduce the energy consumption of large public buildings has become a problem urgently to be solved in building energy management personnel and scientific research personnel. The campus of a large public building energy consumption accounted for a large proportion of the energy consumption of the daily operation of the school, campus construction of energy-saving work of key should be concentrated on reducing energy consumption of public buildings, improve energy efficiency in the use of. In campus of large public buildings energy-saving work in the "technology" and "management" combination way, namely the use of advanced technology to ensure the smooth development of energy management, in order to make the university campus of a large public buildings in the premise of meeting the standards for energy conservation, reflecting the theme of the construction concept of the times and the energy saving and environmental protection.University library is densely populated public places, is energy hungry, and management of the library is an important part of the logistics management in Colleges and universities, including energy management is one of the priorities of the library management, is not only related to the school management fee expenditure, but also to promote the university logistics management optimization, a necessary requirement to promote sustainable development of economy and society of our country. The library building in Shandong Youth University of political sciences as an example, based on the energy consumption of understanding library consisting of using data comparison, investigation and evidence collection method analysis of the lighting system and computer room power consumption characteristics, to find the rules of energy consumption. The last chapter analyzes the energy management strategy of the library, find the theoretical basis for making such rules.