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Near-Optimal Temperature Setpoint Transition Strategies for Peak Load Reduction and Thermal Comfort in Grid-Integrated School Buildings
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DOI：10.1016/j.segy.2026.100240.png)
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Abstract
En 中文
• A framework integrating operative temperature control with optimized setpoint transitions reduces peak loads in grid-interactive buildings is presented • Methodology is validated through field demonstration in an all-electric school classroom during cold Québec winter conditions. • Optimized temperature setpoint ramps fully eliminated on-peak heating demand and reduced rebound power by 60% compared to conventional step changes. • Energy cost savings of 86% are achieved under time-of-use pricing without compromising indoor comfort.
Keywords:
Load management
thermal comfort
operative temperature
setpoint transition
energy flexibility
grey-box modelling
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