Dissertation > Excellent graduate degree dissertation topics show

Research on Application of Building’s Energy Conservation under the Climate of Xinjiang

Author: YangZuoZuo
Tutor: WangWanJiang
School: Xinjiang University
Course: Structural Engineering
Keywords: construction energy conservation measure of building technology building energy consumption thermoanalysis with ANSYS nature ventilation simulation of energy consumption
CLC: TU119
Type: Master's thesis
Year: 2008
Downloads: 175
Quote: 2
Read: Download Dissertation

Abstract


The research of this thesis is a part of project funded by the National Natural Science Foundation of China" Research on a new tectonic system of energy efficient residential building inXinjiang "(project number is 50768009) presided by my associate professor tutor Wang Wan Jiang . Xinjiang has a typical climatic characteristics which could be registered as dry and hot in summer while cold and frost in winter, rainless, dramastic daytime temperature differences and long duration of sunshine as well as abundant light and heat resources. Based on the characteristics above, with the building technology the paper makes use of comprehensive technique methods to attain the aim that reduces energy consumption. Combined with theoretical calculation, demonstration by experiment, numerical simulation and the market research analysis in a nice balance, practical application of Technology for Economizing Energy of Building are studied from the four following aspects.First, Thickeness of the heat preservation layer of the wall in different directions is studied and a method to optimal thickness of the heat preservation layer of the wall are found out. By Dest analogue computation, the technical measure of reducing insulating course of the external wall in the south are not better, for the range of reducing the insulating courseare too small and not easy to operate by hand for construction.So it is not reasonable to apply it in the design. A suggestion is advanced that the same thickeness of insulating course of the external wall in each direction is to be adopted during the process of design and construction.Second, thermoanalysis is made by use of the software ANSYS to seek the most economical and reasonable methods of thermal insulating work of parapet and rain shelter.Conclusions that availability and logical are found to the parapet and rain shelter which denies the prevenient way of full insulation and cut the costs during the pre-project work.Third, heat transfer coefficient is lowered by adding heat preservation device to the window partly. By the Dest simualtion, it can be seen that the energy-saving benefit is four percents when heat transfer coefficient of the window is reduced by twenty percents and that the energy-saving benefit is nine percents when heat transfer coefficient of the window is reduced by forty percents,which acknowdges the feasibility of using heat preservation device to reduces energy consumption.Fourth, the feasibility of lowering the interior temperature by inducing the freezing air from the north into the room with a plane layout of north-south and natural ventilation is proved by experiment.

Related Dissertations

  1. Chongqing Energy-Saving Economic Incentive Policy Improvement Study in the Water Source & Heat Pump,F206
  2. Research on the Management of Public Building Energy Conversation in Tangshan City,TU201.5
  3. Research on Energy Saving Design in Gui Yang-Residential Buildings,TU201.5
  4. Study on Incentive Policy of Building Energy Efficient,F206
  5. Research of Inorganic Insulation Mortar Prepared by Expanded Perlite and Vitrified Micro Bubbles,TU551
  6. The Current Situation and Tendency of Urban Architectural Energy Consumption and the Countermeasures of Energy Saving in China,TU201.5
  7. Forecasting of Residential Building Heating Energy Based on Measured Outside Wall Thermal Resistance,TU832
  8. Study of Rural Building Energy Consumption Survey and Energy-saving Strategies in Yangtze Valley,TU201.5
  9. The Research on Design Methods of Energy Efficiency in the Large and Medium Sized Railway Station Buildings in Hot Summer and Cold Winter Zone,TU201.5
  10. Xi’an Building Energy Consumption Investigation and Statistical Analysis Research,TU111.195
  11. Analysis of Urban Heat Island and Study on Impact of UHI on Building HAVC Energy Consumption,TU831
  12. The Subei civil energy applications in research,F206
  13. Energy Conservation Construction Quality Synthetic Evaluation and Policy Analysis,TU201.5
  14. The Regulation and Analysis of Gymnasium’s Energy Consumption,TU831.3
  15. The Study and Application on the Building Intelligent Heating Control System,TU855
  16. Research on the Life Cycle Building Energe Comsumption of New Urban Residence in Qinghai Province,F426.92;F206
  17. Performance Simulation and Economic Analysis on the Hybrid Ground Source Heat Pump System with Supplemental Heat Rejecter Using Water,TU831.6
  18. The Green Renew and Energy Consumption Evaluation of Traditional Cave Habitation in Yulin Area,TU201.5
  19. Research on Energy Consumption and Efficiency of Office Building in Hubei Province,TU201.5
  20. The Thermal Parameters & the Static Energy Research of Glass Beads of Thermal Insulation of Concrete,TU551

CLC: > Industrial Technology > Building Science > Building the basic sciences > Building physics > Building Climatology
© 2012 www.DissertationTopic.Net  Mobile