使用通风系统作为需求响应技术

Andreas Losing, S. Baum, I. Stadler
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引用次数: 2

摘要

本文提出并分析了利用空调系统作为一种需求响应技术来转移电力负荷,以期达到与蓄电相同的效果。目标是满足室内良好的空气质量,例如二氧化碳浓度低于1000ppm。这是通过最小化通风工厂的运营成本来实现的,同时考虑到电力交换奖励。采用线性和非线性规划方法,根据运行边界、电厂最大功率、特定人数的空调负荷和电价等因素确定最优运行计划。在Matlab Simulink通风室模型中对运行计划进行了仿真。随后,将电力需求和相关成本与未优化的工厂计划进行比较,以评估通风系统作为储能设备的可用性。
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USING ventilation systems as a demand response technology
In this paper the utilization of air condition systems as a demand response technology is presented and analyzed in order to shift electrical loads and attempt the same effect as electricity storage. The objective is to satisfy good air quality in rooms, e.g. CO2 concentrations less than 1000 ppm. This is done by minimizing operation costs for ventilation plants taking electricity exchange prizes into account. An optimum operating schedule is determined by using linear and nonlinear programming methods that are related to operating boundaries, maximum plant power, air condition load by a specific number of persons and electricity prices. The operating schedule is simulated in a Matlab Simulink Ventilation-Room model. Subsequently the electricity demand and the associated costs will be compared with a non-optimized plant schedule to evaluate the usability of a ventilation system as energy storage device.
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