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首页> 外文期刊>Procedia CIRP >Decentral Control Strategies for Demand-side Management by Industrial Heating and Cooling Devices with Discontinuous Operation Mode
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Decentral Control Strategies for Demand-side Management by Industrial Heating and Cooling Devices with Discontinuous Operation Mode

机译:具有不连续运行模式的工业供热和制冷设备进行需求侧管理的分散控制策略

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In future energy systems with a high share of fluctuating energy sources like wind and solar power, keeping the balance between power generation and consumption will be a challenge. In this context, cost-efficient solutions for moving the electrical energy demand to times with a high availability of renewable energy sources are needed. In this paper, a decentral control approach for demand-side management by a multi-agent system of industrial supply technologies for heating and cooling with discontinuous operation mode is presented. By this approach, the devices are enabled to stabilize the power system without a central control unit, which calculates the individual operation strategy of each device. Furthermore, no process-specific internal information has to be revealed and no direct remote control of devices is required from external service providers.
机译:在未来能源系统中,风能和太阳能等波动性很大的能源份额中,如何保持发电量与能耗之间的平衡将是一个挑战。在这种情况下,需要具有成本效益的解决方案,以将电能需求转移到可再生能源的高可用性时代。本文提出了一种分散控制的需求方管理方法,该方法是通过多供应商的工业供应技术在不连续操作模式下进行供热和制冷来进行需求侧管理。通过这种方法,无需中央控制单元即可使设备稳定电源系统,该中央控制单元可计算每个设备的单独操作策略。此外,不必透露特定于过程的内部信息,也不需要外部服务提供商直接对设备进行远程控制。

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