Exploration Of Low-carbon Concept And Design Of Tourism Resort Architectures In Inner Mongolia

ABSTRACT:The rise of tourism in Inner Mongolia has brought flourishing development of vacation tourism resort, as well as a new building type-the tourist resort architecture. Resort building is different from normal urban architecture, and has strong relationship with unique tourism resources and the local environment, which is its most prominent feature. Lately started tourism resort architecture are facing increasingly prominent problems because of sensitive ecological sites and fragile ecological environment, coupled with inadequate planning and human problems caused by tourism activities. For example, resort construction rely heavily on fossil fuels for carbon energy supply, carbon emissions and building energy consumption are over limited, and solid carbon level of environment dropped. Under the background of global climate change, energy crisis, and calling for carbon emissions reductions, to research and solve the problem in tourist resort design and sustainable development is imperative.In this article, by analyzing the Inner Mongolia resort building on the carbon cycle issues, and the traditional low-carbon thinking of Inner Mongolia building and construction as well as advanced low-carbon energy technologies at home and abroad, the concept of low-carbon construction in Inner Mongolia tourism resort is propounded, and sum up the way of low-carbon tourism resort architectural design based on specific tourism resources and environmental conditions. Finally, apply the concepts and methods to the design of Ejin Horo Banner Tourism Resort, in Ordos, Inner Mongolia. In an attempt to show how to use the low cost, low technology, and low power passive design measures in tourism resort architectural design, based on the Ejin Horo Banner particular tourist resources and ecological environment, in order to reduce demand for traditional energy and to make it feasible to excavate and employ the potential of renewable energy, and finally test the applicability of these principles to construction activity in the tourist resort in practice, and to achieve low-carbon sustainable development of tourism resort in Inner Mongolia.