To achieve the energy and emissions reduction goals for the building sector, actions are needed to improve energy efficiency and occupants’ wellbeing. To increase the uptake of smart technologies and the awareness upon their benefits, in line with the smart building revolution that is starting, the EPBD recast introduced the Smart Readiness Indicator (SRI) as a tool to evaluate the capability of buildings to easily adapt to both energy systems and occupants’ needs. However, there is a growing interest in studying the SRI features in terms of performance assessment, and, thus, dynamic simulation models can be exploited to better analyze its points of strength and weakness. The Energy Center building of Turin was chosen as case study. By means of EnergyPlus modeling, the current situation was simulated, as well as different scenarios of energy management and control, evaluating to what extent these actions can influence the overall SRI assessment. The analysis allowed to deepen and comment on the effectiveness of the SRI of being a real tool of building behavior assessment, able to link the indicator itself with the energy needs of the building and to understand if and how the indicator is sensible to energy needs variations.

为了实现建筑部门的能源和减排目标，需要采取行动提高能源效率和居住者的福祉。为了提高智能技术的采用率和对其益处的认识，与正在启动的智能建筑革命相一致，EPBD 重铸引入了智能就绪指标 (SRI) 作为评估建筑能力的工具，以轻松适应两者能源系统和居住者的需求。然而，在性能评估方面研究 SRI 特征的兴趣越来越大，因此，可以利用动态模拟模型来更好地分析其优势和劣势。都灵能源中心大楼被选为案例研究。通过EnergyPlus建模，模拟当前情况，以及能源管理和控制的不同场景，评估这些行动在多大程度上可以影响整体 SRI 评估。分析允许深化和评论 SRI 作为建筑行为评估的真正工具的有效性，能够将指标本身与建筑物的能源需求联系起来，并了解该指标是否以及如何对能源需求变化敏感.