Renewable Energy Technologies for University Library Building

Jian Li Liu

doi:10.4028/www.scientific.net/AMM.178-181.155

Paper Titles

Operation Conditions Analysis on Solar Energy Compression-Injection Secondary Refrigeration System
p.139

Large-Scale Intelligent Building Energy-Saving Measures Based on BA System
p.144

The Influence of Street Geometry on Building’s Energy Consumption in Different Climate Zones
p.147

Experimental Study on Solar Assisted Heat-Pump Water Heating System
p.151

Renewable Energy Technologies for University Library Building
p.155

The Method to Determine the Optimal La³⁺ Doping in DSSC Electrode for BIPV
p.160

Studies on a Prefabricated Solar Collector Panels
p.164

The Study of Solar Photovoltaic Building Integration Design Methods
p.169

The Urban Villages Building Envelope Energy-Saving Research in Northwestern Henan
p.173

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 178-181Renewable Energy Technologies for University...

Renewable Energy Technologies for University Library Building

Abstract:

The library is the information center and the major energy consumer in universities. Based on the trend of social development and the actual situation of universities, this thesis puts forward "solar"" heat" and" wind", the renewable energies suitable for university library construction and methods of their utilization, and meanwhile draws such conclusions as “giving full play to the role of Architects"," strengthening the professional cooperation" and" designing from the overall perspective".