Hierarchical stabilization control with upper level multi-agent based controller and lower level local controller
Hierarchical stabilization control with upper level multi-agent based controller and lower level local controller
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DOI：
10.1109/isap.2005.1599299
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发表时间：
2005-11
期刊：
影响因子：
--
通讯作者：
T. Hiyama;T. Ohta
中科院分区：
文献类型：
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作者：
T. Hiyama;T. Ohta
提出了一种基于多智能体的上层镇定控制器和下层局部镇定控制器的递阶镇定控制系统。提出了两种智能智能体来实现所提出的上层稳定控制器：用于收集所需信息以稳定目标电力系统的监控智能体和对所选装置执行实际稳定控制的稳定控制智能体(监督者)。所有需要的信息都通过计算机网络分发。下级稳定控制器仅利用在受控设备现场监测的本地信息。当计算机网络发生干扰时，基于多智能体的稳定控制器不能继续进行适当的控制动作以稳定目标电力系统。因此，在这种情况下，控制系统切换到下级局部镇定控制器来继续镇定控制。为了验证所提出的分级稳定控制方案的有效性，在一台5kVA的实验室系统上进行了实验研究，该系统采用能量电容系统作为稳定控制的储能装置
This paper presents a hierarchical stabilization control system with a multi-agent based upper level stabilization controller and a lower level local stabilization controller. Two types of intelligent agents are proposed to realize the proposed upper level stabilization controller: a monitoring agent for gathering required information to stabilize the target power system and a stabilization control agent(supervisor) which performs the actual stabilization control on the selected device. All the required information is distributed through computer networks. The lower level stabilization controller utilizes only local information monitored at the site of the controlled device. Whenever interferences of computer networks happen, the multi-agent based stabilization controller is not able to continue the proper control action to stabilize the target power system. Therefore, under such circumstances the control system is switched to the lower level local stabilization controller to continue the stabilization control. To demonstrate the efficiency of the proposed hierarchical stabilization control scheme, experimental studies have been performed on a 5kVA laboratory system with the energy capacitor system as an energy storage device for the stabilization control