以节能为导向的可变容积建筑设计

        在“碳达峰、碳中和”发展目标的背景之下，针对高能耗的高大空间公共建筑，可变容积建筑节能设计策略可有效降低建筑能耗。

该策略通过建筑内部容积的动态调整，根据不同的活动需求优化能耗。在理论与能耗模拟层面论证了这种设计策略的节能可行性，并

探讨了在多种类型高大空间建筑中的普适性和应用前景。此设计策略有显著的节能效果，且能充分利用建筑空间，提高使用效率，增

加建筑的灵活性。

Energy-Efficiency-Oriented Variable-Volume Building Design

In the context of achieving "carbon peak and carbon neutrality" objectives, an energy-saving design strategy for variable volume architecture presents a viable solution for reducing the energy consumption of large public buildings characterized by high energy demand. This strategy optimizes energy usage through the dynamic adjustment of the building's internal volume to meet varying activity requirements. The feasibility of this energy-saving approach has been substantiated through theoretical analysis and energy consumption simulations, demonstrating its applicability and potential across diverse types of large spatial constructions. The implementation of this design strategy yields significant energy savings, enhances spatial utilization, improves operational efficiency, and increases the architectural flexibility.