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Assessment of a New Constraint Satisfaction-Based Hybrid Distributed Control Technique for Power Flow Management in Distribution Networks with Generation and Demand Response

机译：具有发电和需求响应的基于约束满意的配电网潮流管理新混合分布式控制技术评估

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摘要

Technical innovation in power distribution networks is pointing toward a decentralized control vision to deal with the issues in design and operations related to distributed energy resources. Thus, decentralized approaches to power flow management (PFM) are of significant importance from the distributed network operator (DNO) perspective. In this paper, a new hybrid distributed control approach is proposed to deal with thermal overload issues. The control algorithm is based on constraint satisfaction problem that is applied to solve the network constraint problem. The novelty of this control approach consists in the joint control of both distributed generation and demand response units for PFM in an autonomous regional control environment. The implementation of this demand-side management, integrated active network management, and distributed control technique contributes to network reinforcement deferral, economy of supply, and efficient capital expenditure. Simulation has been implemented in a medium voltage interconnected test network with a substation controller and a network simulator. The control actions successfully achieve the desired objectives and are evaluated in comparison analysis. This new hybrid distributed control technique has potential to benefit the DNO planning and operation activities in the development of future decentralized smart grids.
机译：配电网络中的技术创新正指向分散的控制远景，以解决与分布式能源相关的设计和运营问题。因此，从分布式网络运营商（DNO）的角度来看，去中心化潮流管理（PFM）的方法非常重要。本文提出了一种新的混合分布式控制方法来解决热过载问题。该控制算法基于约束满足问题，用于解决网络约束问题。这种控制方法的新颖之处在于在自治区域控制环境中对PFM的分布式发电和需求响应单元进行联合控制。这种需求侧管理，集成的主动网络管理和分布式控制技术的实施有助于网络加强延期，供应经济和有效的资本支出。在具有变电站控制器和网络模拟器的中压互连测试网络中实现了仿真。控制措施成功实现了预期目标，并在比较分析中进行了评估。这种新的混合分布式控制技术具有潜力，可以在未来的分布式智能电网开发中使DNO计划和运营活动受益。

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