Core Viewpoint - Xi'an University of Architecture and Technology (XAUAT) is actively pursuing a strategic layout aimed at a "dual carbon" future, showcasing its commitment to national strategic needs through systemic reforms in education, technology, and talent development [1][2]. Group 1: Strategic Initiatives - XAUAT held a strategic seminar on January 25, unveiling five new research institutes focused on urban renewal, green development, engineering intelligence, future energy, and new materials [1]. - The establishment of interdisciplinary research institutes aims to break down traditional academic barriers and enhance the integration of technology innovation with industry upgrades [2][3]. Group 2: Response to National Strategy - The construction sector accounts for nearly half of China's energy-related carbon emissions, necessitating a shift towards intelligent and green transformation, which has created a demand for technological innovation and interdisciplinary talent [2]. - XAUAT has three A-level disciplines in architecture, civil engineering, and environmental science, and is leveraging its strengths to address major national strategic needs [2]. Group 3: Innovation and Talent Development - The university is restructuring academic resources to align with national strategies, focusing on creating a cohesive "discipline chain-innovation chain-industry chain" to facilitate breakthrough developments [3][4]. - XAUAT is implementing a project-based, practical training model, ensuring that students develop comprehensive skills through real-world problem-solving in collaboration with industry partners [4][5]. Group 4: Achievements and Future Plans - The university's research has led to significant outcomes, such as the zero-carbon heating technology that has been implemented in Tibet, reducing carbon dioxide emissions by over ten thousand tons annually [3]. - XAUAT's technology transfer has ranked among the top 50 universities in China, and it has received top evaluations in technology transfer performance assessments in Shaanxi province for two consecutive years [5].

Group 1 - The core strategy for the construction industry to achieve "dual carbon" goals is to promote the deep integration of photovoltaic technology with buildings, transforming them from energy consumers to energy producers [1][2] - The 2025 Green Building High-Quality Development Forum focused on the theme "Promoting Energy Transition, Empowering Green Building Future," addressing the application and healthy development of building photovoltaic technology throughout the entire lifecycle, including planning, design, construction, operation, and material innovation [1] - Shenzhen has surpassed 200 million square meters of green building area, implementing demonstration projects that integrate building photovoltaic systems and "light storage direct flexibility" technology, aiming to reduce carbon emissions through the large-scale application of green building materials and renewable energy [1] Group 2 - Experts at the forum discussed the development trends of the building electrical new energy industry, the current status and future opportunities of building and energy integration in China, and the energy-saving effects of indirect evaporative cooling technology in commercial buildings [2] - The establishment of the Shenzhen Green Building Association's Building Photovoltaic Professional Committee was announced during the forum, with Shenzhen Kaisheng Technology Engineering Co., Ltd. being elected as the leading unit [2]