In order to better promote the transformation and application of scientific and technological achievements, Shandong Province recently issued a bulletin on technologies for promotion and application in the construction industry. A number of new products and new technologies are applicable to energy-saving projects in new construction, expansion, and reconstruction, which can effectively reduce building energy consumption and drive the innovation, transformation, and upgrading of energy-saving and environmental protection technologies in the construction industry.
The "Work Plan for Accelerating Energy Conservation and Carbon Reduction in the Building Sector" proposes accelerating the research, development, and promotion of advanced energy-saving and carbon-reduction technologies. It supports the research and development of new-generation building technologies such as ultra-low energy consumption, near-zero energy consumption, low-carbon, and zero-carbon buildings. It promotes the integrated application of reliable technologies, processes, products, and equipment. It fosters leading enterprises in the building energy-saving and carbon-reduction industry. It supports qualified enterprises in building platforms for research, development, and training in building energy-saving and carbon-reduction technologies, and strengthens engineering practice training for practitioners.
Support for advanced technology research and development
As China's carbon peak and carbon neutrality strategy advances in depth, building energy conservation faces new challenges and opportunities. Researching and promoting advanced building energy-saving technologies is an effective way to advance building energy conservation and achieve the "dual carbon" goals.
Guangdong Province has built a market-oriented technology innovation system for building energy conservation and green buildings, and carries out research on key technologies and project development in key areas and critical links. It vigorously promotes the deep integration of green building technologies with prefabricated construction and intelligent technologies. Among them, Jiangmen City supports the research, development, and promotion of green building technologies, strengthens the combination of new-generation information technology with building industrialization technology, encourages the research and development of technologies and products related to passive building energy conservation with Lingnan characteristics, and promotes the application of rural green building technologies.
Shanxi Province is studying carbon-reduction technology strategies for the whole life cycle of buildings and promoting appropriate energy-saving and emission-reduction technologies. It actively advances research on integrated utilization of efficient intelligent photovoltaic buildings and on construction technologies for new-type building power systems featuring "photovoltaics, energy storage, direct current, and flexibility." It guides enterprises to increase investment in the research and development of green and low-carbon building materials, actively promotes building materials products such as high-strength steel bars, high-performance concrete, high-performance masonry materials, and integrated structural and insulation wall panels, along with supporting application technologies, and encourages the development of prefabricated components and parts with excellent performance.
Shanghai focuses on three key research directions: ultra-low energy consumption building material systems, high-performance low-energy consumption door and window systems, and ultra-low energy consumption building equipment systems, strengthening technology research and product development. It develops ultra-low energy consumption building material systems and develops energy-saving walls and products for ultra-low energy consumption buildings suitable for hot-summer and cold-winter regions. It promotes the application of integrated exterior wall insulation systems such as precast concrete sandwich insulation, precast concrete reverse-cast insulation, and cast-in-place concrete composite insulation. It encourages enterprises to research and develop other new integrated exterior wall insulation systems. It encourages enterprises to independently research and develop appropriate low-thermal-bridge technology systems for ultra-low energy consumption buildings and strengthens control over technical requirements for airtightness-related products. It improves high-performance low-energy consumption door and window systems, advances research and development of doors and windows for ultra-low energy consumption buildings, achieves prefabricated installation, improves the supporting raw material production and processing system, accelerates the application and industrialization of new door and window profile materials, and improves the quality and added value of door and window products.
Zhengzhou City, Henan Province, actively carries out research on new technologies, conducts research on supporting energy-saving technologies such as ultra-low energy consumption buildings, green building design and construction technologies, prefabricated buildings, and steel-structure residences, promotes renewable energy technologies according to local conditions, and expands the application scope of renewable energy technologies in buildings.
Promote the application of reliable products
Energy conservation and carbon reduction is a long-term and systematic task. While increasing the promotion of products and technologies, it is also necessary to regularly solicit and release a batch of typical cases of application of advanced and applicable energy-saving and carbon-reduction technologies in the building sector.
Zhongshan City, Guangdong Province, focuses on promoting appropriate technology products, compiles and releases in batches the catalog of technologies and products for promotion and application as well as those restricted and prohibited in the construction sector of Zhongshan City, focuses on promoting green building materials such as integrated structural and insulation wall panels, energy-saving system doors and windows, renewable energy utilization, prefabricated building components and parts, prefabricated decoration, and construction waste recycling, and actively promotes technology products in building energy conservation such as natural lighting, ventilation, rainwater harvesting, reclaimed water use, energy conservation, and water conservation.
Xiangyang City, Hubei Province, deepens technological innovation in building energy conservation and green buildings and continuously strengthens technology application and promotion. It promotes the application of building information modeling technology and advances the integrated development of building technology with art, science and technology, and humanities. It actively promotes the integrated application of new technologies, new methods, new equipment, new materials, and scientific and technological innovation achievements in buildings, transforms scientific and technological innovation achievements into local technical regulations, calculation rules, and construction methods, and promotes high-quality construction and development of building energy conservation and green buildings.
Gansu Province requires that new civil buildings in urban areas fully adopt integrated insulation structure technology, promote the green, energy-saving, and low-carbon transformation of construction methods, and that exterior wall insulation materials must meet fire performance requirements.
Strengthen enterprise talent cultivation
Under the "dual carbon" goals, a complete industrial chain and a professional talent team are of great significance for improving the level of building energy conservation and carbon reduction and solidly advancing energy conservation in the building sector.
Bengbu City, Anhui Province, encourages relevant enterprises to develop new products for ultra-low energy consumption buildings, deploy new industries, and expand new services. It encourages technical cooperation and technology introduction with research institutes and enterprises inside and outside the province to improve the research and development, manufacturing, and service capabilities of ultra-low energy consumption building products. It supports the transformation and upgrading of relevant enterprises, opens green channels for emerging building materials industry projects and enterprises related to green energy conservation, promotes their rapid development and growth, accelerates the formation of emerging industrial clusters, and comprehensively improves the scale of the green building materials industry.
At the same time, it supports local universities, research institutions, and professional technical schools in cooperating with well-known institutions outside the region to explore the development of related disciplines. It organizes ultra-low energy consumption building forums, promotes technical and product exchange and innovation, and carries out learning and training on standards and professional knowledge related to ultra-low energy consumption buildings. It adds training institutions for construction practitioners, cultivates a team of skilled workers for ultra-low energy consumption buildings, meets industry and engineering needs, and promotes the sustainable development of ultra-low energy consumption buildings.
Xiangyang City, Hubei Province, guides universities, research institutions, and other institutions with practical experience and scientific research strength to integrate into consortia and carry out a series of practical activities such as routine training and continuing education on building energy conservation and green building knowledge and technologies. It advances the construction of key laboratories and engineering technology centers for building energy conservation and green buildings, providing technical support for the high-quality development of green buildings. It focuses on building a professional talent team and establishes and improves incentive policies for the training, introduction, and appointment of professionals for low-carbon green development. It strengthens the improvement of the comprehensive quality of management personnel, focuses on cultivating the professional skills of technical personnel, strengthens practitioners' systematic understanding of building energy conservation and green buildings, and builds a holistic view of building energy conservation. It organizes design units and industry personnel to carry out conferences, activities, and technical exchanges on topics related to building energy conservation to promote learning, exchange, and cooperation. It encourages universities to develop disciplines related to building energy conservation and green buildings and cultivate technical talent.
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