The Research About Installation And Designing For Remote-storage Solar Water Heater In High-level Residential Building

The problem of construction energy consumption in our country is very serious at present, and hot water for life which is the fourth largest energy consumption, in the residential buildings, ranks after the heating, air conditioning and the illumination. Fully using the solar energy to provide hot water for life is one of the effective measures to reduce construction energy consumption.At present, the solar water heater are mostly fixed in the small villa, multi-floors, or the top floor of the high building. Most high-rising buildings have no experience in using solar water heater. It is a heated point and difficulty ,in the field of the current solar water heating system application ,that enabling every household to have the solar water heating system in high buildings . Based on it, this thesis focuses on research subject about installation and designing of remote-storage solar water heating system outside the wall surface of high buildings and in the balcony.Firstly,this thesis introduces topic origin and research background, carrying on the analysis to installment and the existent problem of the domestic solar water heater in the residential buildings, and drawing out the topic which this thesis needs to discuss thoroughly.Secondly, it makes the brief description to fundamental mode of solar water heater,discusses the correlation technique parameter definite method in the solar water heater installed in the construction, providing the relevant theory basis of the installation of the high-rising buildings.Again, it analyses the feasibility of the solar water heater installed in the high-rising residential buildings, and discusses the superiority of the integrating design of remote-storage solar water heater in dwelling,and the structure procedures and designing of the remote-storage solar water heating system outside the wall surface of high buildings and in the balcony.Then, taking Kunming area's concrete climatic conditions as the background, combining finite element program Ansys, in view of different packing material outside the wall surface (balcony) in the high-rising residential buildings. Carrying on the solar collector in the different installment position, to install the angle, under the most disadvantageous load combination's analog computation analysis, providing the corresponding theory basis for the actual installation, simultaneously carrying on computation analyses of economic efficiency and environmental benefit of installation of solar water heater in high-rising residential buildings.Finally, Based on the above research results, it carries on the summary to research of this thesis, puts forward the beneficial proposals to somewhere that needs to improve and requires to have further research.The purpose of this thesis is that it will plat an important role in promoting the application of the remote-storage solar water heater in high-rising construction.