论文标题
AC可行的本地灵活性市场，不断交易
AC-feasible Local Flexibility Market with Continuous Trading
论文作者
论文摘要
本文提出了一个新型的连续局部灵活性市场，可以交易分配系统中的主动功率灵活性。市场设计吸引了市场运营商，分销系统运营商和市场参与者，并具有可调度的资产。拟议的市场在单个分销系统中运行，并通过交流网络敏感性考虑网络约束，该敏感性在初始网络操作点计算出来。当尊重AC网络限制并减轻或解决预期的网络违规时，可以进行交易。该实施允许部分出价匹配，并且在计算上是适用于连续交易应用程序的光线。详细描述了所提出的设计，并在测试分配系统中证明。结果表明，拟议的市场设计中的主动电力交易可以导致线路过载的解决。
This paper proposes a novel continuous Local Flexibility Market where active power flexibility located in the distribution system can be traded. The market design engages the Market Operator, the Distribution System Operator and Market Participants with dispatchable assets. The proposed market operates in a single distribution system and considers network constraints via AC network sensitivities, calculated at an initial network operating point. Trading is possible when AC network constraints are respected and when anticipated network violations are alleviated or resolved. The implementation allows for partial bid matching and is computationally light, therefore, suitable for continuous trading applications. The proposed design is thoroughly described and is demonstrated in a test distribution system. It is shown that active power trading in the proposed market design can lead to resolution of line overloads.
