建筑领域是能源消耗与碳排放的主要领域之一。根据中国建筑节能协会最新发布的《中国城乡建设领域 碳排放研究报告(2024年版)》2022年，建筑运行的能耗为11.9亿吨标准煤，占全国能源消费总量的 22%，而其碳排放为23.1亿吨CO₂，占全国能源相关碳排放总量的21.7%。其中，农村居住建筑的能耗和 碳排放占比为21%。造成这个占比的原因有很多，例如，围护结构热工性能差、用能系统效率低、可再 生能源利用率不足等问题。因此农村居住建筑节能潜力巨大。 倪江波："双碳"背景下应加快推动农村建筑节能减排工作 农村建筑如何节能降碳，又面临哪些挑战？对中国建筑整体的节能减排，甚至对中国整体的能源转型有 何重要意义？未来又该如何发展？围绕上述问题，中国新闻网采访了中国建筑节能协会会长倪江波。他 指出，建筑节能降碳是实现"双碳"目标的重要举措，在快速推进城镇节能建筑建设的同时，不断推动农 村建筑的节能减排工作也是重中之重。 中国建筑节能协会会长倪江波(受访者供图) 专访实录摘要如下： 倪江波： 推动建筑领域节能降碳是实现中国碳达峰碳中和目标的重要举措，而推动超低能耗、近零能耗建筑发展 又是其中的一项重要任务。 根据《近零能耗建 ...

Group 1 - The core viewpoint of the article is the initiation of the development of the "Hainan Province Near-Zero Energy Building Technical Standards" to promote near-zero energy building construction in Hainan Province, aligning with carbon peak and carbon neutrality goals in the construction sector [1] - The technical standards are set to begin compilation in early November 2024, with a draft already completed and open for public feedback [1]

Core Viewpoint - The project by China State Construction Engineering Corporation (CSCEC) in Zhangjiang is progressing with the commencement of the curtain wall engineering, marking a significant milestone towards achieving near-zero energy consumption goals and showcasing the project's green performance [1][3]. Group 1: Project Development - The curtain wall engineering has officially started, indicating a new phase in the project's external facade display and green performance efforts [1]. - The project aims to become a vibrant hub for leading enterprises in Zhangjiang Science City, focusing on innovative living and green technology [3]. Group 2: Energy Efficiency and Technology - The project utilizes a high-efficiency curtain wall system with four-glass two-chamber Low-E glass, achieving a thermal transmittance coefficient of 1.7 W/(㎡·K), surpassing near-zero energy consumption standards [5]. - An integrated smart control system has been implemented, allowing for the coordination of air conditioning, ventilation, and shading devices to optimize indoor comfort and energy efficiency [6]. - The project emphasizes the use of renewable energy through innovative applications of photovoltaic technology, including BIPV and BAPV systems, to balance and reduce grid load [7]. Group 3: Project Management and Execution - The project team has meticulously planned and executed the curtain wall engineering, overcoming challenges related to site coordination, multi-disciplinary integration, and safety risks [9]. - The company is committed to maintaining high quality and efficiency in the project execution, aiming to set a new benchmark for commercial and office projects in the Zhangjiang area [9].