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首页> 外文会议>International Conference on Enhanced Building Operations; 20061106-08; Shenzhen(CN) >Optimal Regulation of Heating Systems with Metering Based on Dynamic Simulation
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Optimal Regulation of Heating Systems with Metering Based on Dynamic Simulation

机译：基于动态仿真的计量供热系统最优调节

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摘要

The mathematical models of heat networks and heat users are established using the node method. The physical model of a typical room instead of a heat user is used; meanwhile the equation of radiator controlled by thermostat is put forward to compute the radiator's parameters. The primary purpose of these works is the strategy of optimal regulation of heating system with metering, In a ramiform heating system with three heat users, an optimal scheme with certain combination of different object functions is applied, and the optimal supply water temperatures are worked out by the estimate method of linear summation with weights based on dynamic simulation. The simulative results reflect the relationship between energy loss of heating systems and users' comfort.
机译：使用节点法建立了热网络和热用户的数学模型。使用典型房间的物理模型代替热用户。同时提出了由恒温器控制的散热器方程，以计算散热器的参数。这些工作的主要目的是通过计量来优化供暖系统的策略，在具有三个热用户的无源供暖系统中，采用具有不同目标功能的特定组合的最优方案，并制定出最佳供水温度。基于动态仿真的权重线性求和估计方法。仿真结果反映了加热系统的能量损失与用户舒适度之间的关系。

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