建筑动态供暖控制系统中热流重分布的模拟模型

S. K. Ulybyshev, B. Staroverov
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引用次数: 0

摘要

自动供暖控制系统的实施将减少行政建筑10%的热量消耗和教育建筑40%的热量消耗。通过对建筑内每个房间的采暖进行动态多区域控制,根据房间内外暴露的变化和使用时间安排,实现以最小能耗提供舒适小气候的最大效果。但是,该控制系统的实施受到供热流量不平衡问题的影响。因此,有必要建立一个热流重分布模拟模型,以综合建筑物内包括冷却剂热流控制在内的互联动态加热控制系统。
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Imitation Model of Heat Flows Redistribution in the System of Dynamic Heating Control in a Building
Implementation of automatic heating control systems will reduce heat consumption by 10% in administrative and 40% in educational buildings. The most effect of supply of comfortable microclimate with minimum energy consumption is achieved by using dynamic multi-zone control of each room heating in abuilding according to changing of external and internal exposure and usage schedule of that room. However, implementation of that control system is affected by the issue of unbalanced heating flows. That’s why it is necessary to develop an imitation model of heat flows redistribution for synthesizing the system of interconnected dynamic heating control in a building, including coolant heating flow control.
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