Optimal Dispatch of Distributed Resources in a TSO-DSO Coordination Framework

Carmine Rodio, Giovanni Giannoccaro, S. Bruno, M. Bronzini, M. La Scala
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引用次数: 4

Abstract

The progressive integration of Distributed Energy Resources (DERs) at distribution level is reshaping the role of distribution networks in the power system operation. Controllable loads, renewable sources, and storage systems can be managed from grid operators to provide services to the electrical grid. Nevertheless, a reliable and effective network control requires coordinated and optimized actions among transmission (TSO) and distribution (DSO) system operators. Assuming a shared balancing responsibility coordination model, the DSO will be called during the daily power system operation to dispatch optimally all control resources at distribution level in order to fulfil power exchange programs scheduled by the TSO. The feasibility of the application of a distribution optimal power flow routine in the assumed TSO-DSO coordination framework is studied through simulations on a detailed representation of an Italian MV urban distribution grid.
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TSO-DSO协调框架下分布式资源的最优调度
分布式能源在配电网层面的逐步整合正在重塑配电网在电力系统运行中的作用。电网运营商可以管理可控负荷、可再生能源和存储系统,为电网提供服务。然而,一个可靠和有效的网络控制需要传输(TSO)和分配(DSO)系统运营商之间的协调和优化行动。采用共享平衡责任协调模型,在电力系统的日常运行过程中,分布式存储系统将被调用,以最优地调度配电级的所有控制资源,以完成由分布式存储系统调度的电力交换计划。通过对意大利中压城市配电网的详细模拟,研究了在假定的TSO-DSO协调框架中应用配电最优潮流算法的可行性。
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