开发了一种基于热物理建模,降低夜间,周末及假期的热耗算法。在具有液压箭头的IHP中,实现了与热网的独立连接。在具有电动锅炉的IHP中,与中央加热系统实现了独立连接,而在晚上,IHP与热网络断开连接,并自动切换至电动锅炉,用于建筑物内的发热。 这使得我们可以在夜间用电中使用优惠的电费。在管理建筑供热中,加热期间使用这种个体热点的节能量达到15%。An algorithm of reducing heat consumption at night and on weekends and holidays based on thermophysical modeling is developed.In IHP with electric boilers implemented an independent connection to central heating systems, and at night IHP is disconnected from the heat networks and automatically switches electric boilers for heat generation in the building. This allows us use a preferential electricity tariff in a night downs in electricity consumption.In the administrative building heat supply heat savings from the use of such IHP reaches 15% during the heating period.