摘要：【中文】本发明公开了一种多能源协同调度处理方法和装置。其中，该方法包括：获取主动配电网的调度策略，其中，调度策略将配电网分为配网、馈线和自治区域三个级别，调用策略用于根据不同的级别来进行调度；自治区域中包括：分布式电源、储能单元、以及柔性负荷；根据不同时间尺度下的调度策略对主动配电网进行调度。本发明解决了具有多时间尺度的多能源系统协同控制方面所面临的技术问题。 【EN】The invention discloses a multi-energy collaborative scheduling processing method and device. Wherein, the method comprises the following steps: the method comprises the steps of obtaining a scheduling strategy of the active power distribution network, wherein the scheduling strategy divides the power distribution network into three levels of a distribution network, a feeder line and an autonomous region, and calling the strategy for scheduling according to different levels; the autonomous area includes: the system comprises a distributed power supply, an energy storage unit and a flexible load; and scheduling the active power distribution network according to scheduling strategies under different time scales. The invention solves the technical problem in the aspect of multi-energy system cooperative control with multiple time scales.

摘要：【中文】本发明提供一种分布式能源的配电网能量信息管控系统及方法，其中的系统包括日级调度单元、协调控制单元、实时控制单元，以及信息交互总线；其中，日级调度单元包括可再生能源发电预测模块、负荷预测模块、需求响应模块、以及与可再生能源发电预测模块、负荷预测模块、需求响应模块连接的日前计划及日内滚动修正调度模块；协同控制单元包括至少一个能量信息中心；实时控制单元包括分布式可再生能源发电设备、可控负荷设备、储能设备以及控制装置；信息交互总线通过光纤网络与各能量信息中心以及日前计划及日内滚动修正调度模块进行交互。利用上述发明能够提高配电网的管控程度，促进分布式可再生能源的利用，实现设备的高效接入和运行。 【EN】The invention provides a system and a method for managing and controlling energy information of a power distribution network of distributed energy, wherein the system comprises a daily scheduling unit, a coordination control unit, a real-time control unit and an information interaction bus; the system comprises a daily scheduling unit, a daily scheduling unit and a daily rolling correction scheduling unit, wherein the daily scheduling unit comprises a renewable energy power generation prediction module, a load prediction module, a demand response module and a daily planning and daily rolling correction scheduling module which is connected with the renewable energy power generation prediction module, the load prediction module and the demand response module; the cooperative control unit comprises at least one energy information center; the real-time control unit comprises distributed renewable energy power generation equipment, controllable load equipment, energy storage equipment and a control device; and the information interaction bus interacts with each energy information center, the day-ahead plan and the day-in rolling correction scheduling module through an optical fiber network. The invention can improve the management and control degree of the power distribution network, promote the utilization of distributed renewable energy sources and realize the efficient access and operation of equipment.

摘要：【中文】本申请公开了一种柔性互联配电网的优化调度方法和装置。该方法包括：确定柔性互联配电网的柔性互联装置；以柔性互联装置换流器的有功无功功率作为决策变量，以柔性互联配电网的综合供电成本和电压偏差最小作为优化目标，并依据经典模型预测控制，建立柔性互联配电网的日内优化调度模型，其中，日内优化调度模型包括：预测模型和滚动优化，预测模型为采用电压灵敏度的方法，对柔性互联配电网中各节点电压进行预测，滚动优化为采用自适应动态权重方法处理包含综合供电成本和电压偏差的多目标优化问题。通过本申请，解决了相关技术中柔性互联配电网的运行调度的研究分析尚不足以满足当下的技术需求的问题。 【EN】The application discloses an optimal scheduling method and device for a flexible interconnected power distribution network. The method comprises the following steps: determining a flexible interconnection device of the flexible interconnection power distribution network; the method comprises the following steps of taking active reactive power of a converter of a flexible interconnection device as a decision variable, taking the minimum comprehensive power supply cost and voltage deviation of a flexible interconnection power distribution network as an optimization target, and establishing an intraday optimization scheduling model of the flexible interconnection power distribution network according to classical model prediction control, wherein the intraday optimization scheduling model comprises the following steps: the method comprises a prediction model and rolling optimization, wherein the prediction model is a method adopting voltage sensitivity and used for predicting the voltage of each node in the flexible interconnected power distribution network, and the rolling optimization is a method adopting self-adaptive dynamic weight to process a multi-objective optimization problem comprising comprehensive power supply cost and voltage deviation. Through the method and the device, the problem that research and analysis of operation scheduling of the flexible interconnected power distribution network in the related technology are not enough to meet the technical requirements under the current situation is solved.