Peak Load Shifting Control for a Rural Home Hotel Cluster Based on Power Load Characteristic Analysis

The large-scale rural home hotel clusters have brought huge pressure to the power grid. However, load of hotels not only has inherent characteristics residential buildings but is also greatly impacted by occupancy rate, which very different from conventional buildings. Therefore, existing peak shifting strategies are difficult apply hotels. In view above problems, this study took a typical visitor village in Zhejiang Province as research object, had more than 470 First, through basic information survey and data collection, its for heating, cooling transition months were studied, “No Visitors Day” model was proposed, split obtain seasonal curve air conditioning. Then, combined with conditioning natural conditions house, cluster control peak-load-shifting system using phase change energy storage logic determined established. Finally, collected into actual case analysis verify feasibility effect peak-load shifting. results showed that due influence number tourists, electricity loads on weekends holidays higher, especially equipment heating seasons. An simulated peak-shifting proposed regulation strategy; it found maximum reduced 61.6%, peak–valley difference 28.6% before