Low Technology Amalgamated Dwelling Energy Saving Design As The Core Of Solar Room In Heating District

Because of the problems of the world energy crisis, environmental pollution and the population expansion, the road of sustainable developments becomes more and more important to human beings. As one part of sustainable development, architecture energy conservation design will be the new field in architecture design.This thesis set amalgamated dwelling in heating district in China as the research object, and discusses the energy saving methods of residential building which adapt to Chinese national conditions--low technology energy saving design. Low technology energy saving design is a large, complex energy saving system, and it need to be combined with the architecture field climate factors of adaptive design. This article take the energy utilization as the breakthrough point, divided the system into two parts, one is passive heating, and the other one is passive cooling.Because solar house has the double functions of passive heating and passive cooling. This thesis takes it as the emphasis, and delves into the using of solar house in heating district in our country. In this research, I use Autodesk Ecotect Analysis software to simulate and calculate the energy saving results of solar housing designed in amalgamated dwelling. This kind of simulation and calculation can make the architecture design more scientific, more reasonable, and make energy saving predictable. At the same time, taking the solar housing design as the core of the energy saving research aims to set the architecture design, construction, materials and energy efficient technology together to make a integrated design, and also looking for a way to achieve the traditional neighborhood communication mode in the amalgamated dwelling. In the end of this thesis, I made a amalgamated dwelling design to inspect and verify the low technology energy saving design methods. And summed up suitable low technology energy saving methods for amalgamated dwelling in the heating district which can be a initial value for further research.