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Journal of Chinese
            Architecture and Urbanism                                       Green renovation technology for rural buildings


































                                     Figure 1. Research idea map for this paper. Source: Drawing by the author.

            renovation of modern regional buildings should respect   of regional traditional architecture to reflect distinctive
            and inherit traditional green wisdom while combining   regional characteristics. Second, scientific application of
            modern green technologies to make active and passive   traditional ecological techniques and regional building
            energy conservation complement each other.         materials: The ecological techniques of traditional regional
                                                               buildings are optimized in terms of sun shading and heat
              It is appropriate for the green suitability transformation
            of Chinese rural buildings to be based on relevant   insulation, ventilation and moisture prevention, and
                                                               drainage and shock absorption developed in the long-term
            standards and codes such as the Evaluation Standard for   climate response practice with modern technology, while
            Green Transformation of Existing Buildings (GB/T 51141-  actively exploring regional building materials and using
            2015) and the Energy Conservation Design Standard for   modern material technology to improve the performance
            Rural Residential Buildings (GB/T50824-2013), and to   of traditional materials. Third, scientific configuration of
            closely follow the actual situation and problems of rural   regional  plants:  In the  rural  landscape  transformation,
            buildings, from the creation of regional characteristics,   through the scientific proportioning of regional plants,
            outdoor environment improvement, envelope structure   the landscape characteristics of traditional rural plants are
            performance optimization, and indoor environment. The   continued, the regional recognition is enhanced, and the
            key technologies of rural green suitability are discussed in   sense of identity of residents is strengthened.
            five aspects, thus forming the suitable technology system of
            rural building green transformation as shown in Figure 2,   3.2. Outdoor environment improvement
            with the aim of achieving the integration of regional culture,   Scientific and reasonable design of rural landscape, creation
            promoting  the shaping of  rural  characteristics,  reducing   of pleasant rural public space with outstanding regional
            energy consumption, and improving the quality of rural   characteristics, green suitability transformation of outdoor
            living environment in rural building green transformation.  environment in terms of soft and hard landscaping, use
                                                               of appropriate and efficient green ecological technology,
            3.1. Creation of regional characteristics
                                                               combined with the rural habitat environment improvement
            First, the continuation of traditional residential   project, and deepen the construction of green countryside.
            architectural style: The building plan inherits and develops   The microclimate can be effectively improved by adopting
            the planned organizational form of traditional architecture;   regional plants and increasing the greening area; at the
            the façade extracts the form and practice of traditional   same time, permeable materials are used for paving the
            architecture’s  composition,  roofing,  and  other  parts,   larger and hard landscaping to control rainwater runoff
            and adopts the typical colors and decorative elements   and increase  rainwater  infiltration, combined with  the


            Volume 5 Issue 1 (2023)                         3                         https://doi.org/10.36922/jcau.404
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