CN104090496A - Smart grid control operation continuous analog simulation method - Google Patents

Smart grid control operation continuous analog simulation method Download PDF

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CN104090496A
CN104090496A CN 201410334783 CN201410334783A CN104090496A CN 104090496 A CN104090496 A CN 104090496A CN 201410334783 CN201410334783 CN 201410334783 CN 201410334783 A CN201410334783 A CN 201410334783A CN 104090496 A CN104090496 A CN 104090496A
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model
simulation
smart grid
grid
operation
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CN 201410334783
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杨占勇
刘广一
蒲天骄
刘克文
范士雄
杨洋
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国家电网公司
中国电力科学研究院
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Abstract

The invention relates to a smart grid control operation continuous analog simulation method. The method includes the following steps that a model is built for a smart grid; smart grid control operation is simulated; a model state in future is determined; simulation data of the smart grid are determined. Through the implementation steps, the complex simulation calculation task of the smart grid is decomposed into a plurality of calculation modules, the calculation modules are interacted with the smart grid through the distributed MAS, and the joint analog simulation of the multi-time scale and full-life cycle for the operation behavior, optimal control strategy and different operational modes of the smart grid is achieved. On the basis of the simulation method, the application range can be broadened continuously, and more thorough and comprehensive analog and analysis of the smart grid control operation are achieved.

Description

一种智能电网控制运行连续模拟的仿真方法 An intelligent grid control continuous analog simulation method run

技术领域: FIELD:

[0001] 本发明涉及一种智能电网控制运行连续模拟的仿真方法,更具体涉及一种基于MAS的智能电网控制运行连续模拟的仿真方法。 [0001] The present invention relates to a simulation method for controlling smart grid simulation of continuous operation, and more particularly relates to a simulation method based on the control operation of the smart grid MAS continuous simulation.

背景技术: Background technique:

[0002] 随着分布式电源、电动汽车、微网和需求侧响应等大量新型可控单元(负荷)在电网大量涌现,现代电网正逐步向互动式电网发展,这就要求坚强智能电网同时具备消纳大规模集中式发电和分布式发电的能力,能够实现电网与各种电源、储能装置以及终端用户等可控单元之间的良好互动,从而降低电力使用成本、有效提高能源利用效率,实现节能减排的目标。 [0002] With the distributed power, electric vehicles, micro-grid and demand response, a large number of new controlled unit (load) in large numbers in the grid, modern grid is gradually to the interactive network development, which requires a strong intelligence network along with absorptive capacity of large-scale centralized generation and distributed generation, it is possible to achieve good interaction between the various power supply, energy storage devices, and other end-user controllable element, thereby reducing power usage costs, improve energy efficiency, achieve emission reduction targets. 反之,如果对这些可控单元的使用控制管理不当,则可能造成系统安全稳定问题,甚至危害电网的安全运行。 Conversely, if the improper use of these controlled management control unit, it may result in system security and stability problems, and even endanger the safe operation of the grid.

[0003] 依据电力工业发展的经验,在新技术、新设备、新方法、新政策应用前,进行充分的模拟仿真是保证电力系统安全稳定运行的必要条件。 [0003] based on the experience of industrial development of electricity, before the new technology, new equipment, new methods, new policy application, adequate simulation is necessary to ensure stable operation of the power system security. 因此急需对智能电网控制运行连续模拟的仿真方法进行研究,实现对智能电网运行行为、优化控制策略和不同运行模式的多时间尺度、全生命周期的联合模拟仿真。 Therefore an urgent need to study the smart grid simulation control simulation of continuous operation, achieve operational behavior of the smart grid, optimal control strategy and multiple time scales different modes of operation, the joint simulation lifecycle simulation. 为此提出一种基于MAS的智能电网控制运行连续模拟的仿真方法。 For this purpose proposed simulation method for controlling the operation of the smart grid based on MAS continuous simulation.

发明内容: SUMMARY:

[0004] 本发明的目的是提供一种智能电网控制运行连续模拟的仿真方法,该方法可在大规模新型可控单元加入智能电网后,实现对智能电网运行行为、优化控制策略和不同运行模式的多时间尺度、全生命周期的联合模拟仿真。 [0004] The object of the present invention is to provide a simulation method of controlling smart grid simulation of continuous operation, the process may be added to large-scale new smart grid controllable element, to achieve the operation of the smart grid behavior, and optimal control strategy different operating modes multiple time scales, joint simulation lifecycle simulation.

[0005] 为实现上述目的,本发明采用以下技术方案:一种智能电网控制运行连续模拟的仿真方法,所述方法包括以下步骤: [0005] To achieve the above object, the present invention employs the following technical solution: A method for smart grid simulation controlling operation of continuous analog, the method comprising the steps of:

[0006] (1)对智能电网进行建立模型; [0006] (1) of the smart grid model;

[0007] (2)模拟智能电网控制运行; [0007] (2) controlling the operation of the smart grid simulation;

[0008] (3)确定未来所述模型状态; [0008] (3) determining the next state of the model;

[0009] (4)确定智能电网的仿真数据。 [0009] (4) simulation data to determine the smart grid.

[0010] 本发明提供的一种智能电网控制运行连续模拟的仿真方法,所述步骤(1)中模型包括影响控制运行的可控单元模型、电网拓扑结构、智能电网模型的的时间触发机制和智能电网模型的输入输出接口;所述可控单元模型包括分布式电源模型、负荷模型、电动汽车模型和微网模型。 [0010] The continuous analog simulation method of controlling operation of the smart grid provided by the present invention, the step (1) comprises a controllable element model models affect the control operation, the grid topology, the smart grid model time trigger mechanism and input-output interface smart grid models; the controllable power source includes a distributed model unit models, load models, model electric vehicles and model piconet.

[0011] 本发明提供的一种智能电网控制运行连续模拟的仿真方法,所述电源模型通过各类电源的运行特性建立仿真模型;所述电源模型包括通过可再生能源的随机性和间歇性运行特性,建立的精细化分布式电源仿真模型;所述负荷模型通过负荷可控单元的的变化规律,建立可控负荷仿真模型。 [0011] Power control operation of the simulation method of the present invention provides an intelligent continuous simulated, the simulation model by model power operating characteristics of various types of power; comprising the power supply by renewable energy model randomness and intermittent operation characteristics, fine simulation model of distributed power; the load model controlled by variation of the load unit to establish a controllable load simulation model.

[0012] 本发明提供的另一优选的一种智能电网控制运行连续模拟的仿真方法,所述步骤(2) 的模拟过程为: [0012] Another preferred method of simulation of the operation of an intelligent power control of the present invention provides a continuous analog, said step (2) of simulation of:

[0013] 将所述电网模型的计算分成计算模块; [0013] A grid computing model into the calculation module;

[0014] 建立基于MAS的混合仿真计算; [0014] MAS establishing calculated based hybrid simulation;

[0015] 设置Multi-Agent多代理、所述电网模型和计算模块的联合协作机制。 [0015] Multi-Agent provided multi-agent, jointly coordination mechanism of the grid model and calculation modules.

[0016] 本发明提供的再一优选的一种智能电网控制运行连续模拟的仿真方法,所述计算模块包括电网电价计算模块、电网潮流计算模块和电网优化运行计算模块。 [0016] The present invention further provides a preferred method of simulation of a continuous control operation simulation smart grid, said grid comprising a price calculating module calculating module, and a grid power flow calculation module calculating operation optimization module.

[0017] 本发明提供的又一优选的一种智能电网控制运行连续模拟的仿真方法,在所述MAS中设置一个上级代理agent与其他下级代理agent交互;所述上级代理agent对所述电网的分布式优化结果进行校验,如满足电网优化约束条件,则该时间仿真结束,等待下一时间或事件触发;如不满足电网优化约束,则下发协调策略到其他相应的下级代理Agent, 直到最终满足约束。 [0017] The present invention further provides a preferably continuous analog control of the smart grid simulation run, the MAS disposed in a lower superior agent proxy agent interacts with other agents; the higher the grid proxy agent distributed optimization results be verified, such as the power grid to meet the optimization constraints, the simulation end time, wait for the next time or event triggers; if not satisfied with grid optimization constraints, the coordination of policies issued to other appropriate lower-level agents agent, until The final satisfy the constraints.

[0018] 本发明提供的又一优选的一种智能电网控制运行连续模拟的仿真方法,所述步骤(3) 通过建立模拟控制器实现。 [0018] A further preferred method of simulation of an intelligent power control operation of the present invention provides a continuous analog, said step (3) is achieved by establishing an analog controller.

[0019] 本发明提供的又一优选的一种智能电网控制运行连续模拟的仿真方法,所述步骤(3) 中的未来所述模型状态包括智能电网运行控制某一空间断面的状态和智能电网某一模型或一系列模型在连续时间序列的运行状态。 [0019] A further preferred method of simulation of an intelligent power control operation of the present invention provides a continuous simulated, the next step of the state of the model (3) comprises a smart grid control operating status of a section of the space and Smart Grid a model or series of models operating in a continuous time series state.

[0020] 本发明提供的又一优选的一种智能电网控制运行连续模拟的仿真方法,所述空间断面的状态的建立过程为:将所述优化结果的断面数据通过模拟控制器按照空间进行整合,输出数据对所述电网模型进行模型维护; [0020] A further preferred process of establishing a simulation method of controlling operation of the smart grid of the present invention provides a continuous analog, the state space is a cross section: the optimized data section results in a spatially integrating analog controller by , the output data maintenance model grid model;

[0021] 所述连续时间序列的运行状态的建立过程为:将所述优化结果的模型对象数据通过所述模拟控制器的时间进行整合后,输出数据对所述电网模型进行模型维护。 The process of establishing [0021] operating state continuous time sequence is: The results of the optimization model object data after integration by the time of the analog controller, output data of the model of the network model maintenance.

[0022] 本发明提供的又一优选的一种智能电网控制运行连续模拟的仿真方法,所述步骤(4) 中的仿真数据包括基于仿真对象的数据和基于仿真时间断面的数据;在得到完整所述仿真数据的基础上建立仿真应用,对所述智能电网进行各方面分析。 [0022] A further preferred method of simulation of an intelligent power control operation of the present invention provides a continuous simulated, the simulation data in step (4) comprises a data object and data based on the simulation based on the simulation time section; resulting in complete application of the simulation simulation build a data base on all aspects of the smart grid analysis.

[0023] 和最接近的现有技术比,本发明提供技术方案具有以下优异效果 [0023] than the closest prior art, the present invention provides a technical solution has the excellent effect

[0024] 1、本发明可在大规模新型可控单元加入智能电网后,实现对智能电网运行行为、 优化控制策略和不同运行模式的多时间尺度、全生命周期的联合模拟仿真; [0024] 1, the present invention can be added to large-scale smart grid in a new controlled unit, achieve operational behavior of the smart grid, optimal control strategy and multiple time scales different modes of operation, the joint simulation of the whole life cycle of the simulation;

[0025] 2、本发明各仿真模型对象和仿真算法的交互都是通过多个独立的Agent进行,每个Agent具有自治性和协调性,实现了基于分布式架构的仿真; [0025] 2, the present invention, each simulation model objects and interactive simulation algorithms are performed by a plurality of independent Agent, each Agent having autonomy and coordination, to achieve a distributed architecture based on the simulation;

[0026] 3、本发明基于MAS的分布式仿真架构能够将本身很复杂的仿真计算任务分解到各个不同功能的计算模块中,由各个模块分布式计算相对简单的子任务,然后通过Agent 的协调组合得出电网的运行状态,提高计算速度; [0026] 3, the present invention is based on the MAS distributed simulation itself can be very complex task decomposition simulation module to calculate various functions calculated by the relatively simple subtasks of each module of distributed and coordinated by Agent compositions derived grid operation state to improve the computing speed;

[0027] 4、本发明通过模拟控制器,还可将电网运行状态分别按空间和时间进行整合,为智能电网的分析、应用提供全面的数据支持; [0027] 4, the present invention, the operating state may also be grid in space and time are integrated by an analog controller for analyzing smart grid, providing comprehensive data support the application;

[0028] 5、本发明在此仿真方法的基础上,可以继续扩大应用范围,对智能电网控制运行进行更深入全面的模拟和分析。 [0028] 5, the present invention is based on this simulation methods, we can continue to expand the range of applications for smart grid control to run more in-depth and comprehensive simulation and analysis.

附图说明 BRIEF DESCRIPTION

[0029] 图1为本发明的智能电网控制运行仿真结构图; [0029] FIG. 1 of the present invention the smart grid configuration diagram of control operation simulation;

[0030] 图2为本发明的分布式微网优化运行仿真计算结构图图; [0030] FIG distributed piconet 2 of the present invention to optimize the structure of FIG simulation run;

[0031] 图3为发明方法流程图。 [0031] FIG. 3 is a flowchart of a method invention.

具体实施方式 Detailed ways

[0032] 下面结合实施例对发明作进一步的详细说明。 [0032] below with reference to examples illustrate the invention in further detail.

[0033] 实施例1 : [0033] Example 1:

[0034] 如图1-3所示,本例的发明智能电网控制运行连续模拟的仿真方法,所述方法包括以下步骤: [0034] As shown, the power control operation of the simulation method according to the present embodiment of the invention is a continuous simulated intelligence, said method comprising the steps 1-3:

[0035] (1)对智能电网进行建立模型; [0035] (1) of the smart grid model;

[0036] (2)模拟智能电网控制运行; [0036] (2) controlling the operation of the smart grid simulation;

[0037] (3)确定未来所述模型状态; [0037] (3) determining the next state of the model;

[0038] (4)确定智能电网的仿真数据。 [0038] (4) simulation data to determine the smart grid.

[0039] 所述步骤(1)中模型包括影响控制运行的可控单元模型、电网拓扑结构、智能电网模型的的时间触发机制和智能电网模型的输入输出接口;所述可控单元模型包括分布式电源模型、负荷模型、电动汽车模型和微网模型。 [0039] The step (1) comprises a controllable element model models affect the control operation, the grid topology, the smart grid model time trigger mechanisms and input and output interfaces of the smart grid models; the controllable element comprises a distributed model power model, load model, model electric vehicles and model piconet. 所述电源模型通过各类电源的运行特性建立仿真模型;所述电源模型包括通过可再生能源的随机性和间歇性运行特性,建立的精细化分布式电源仿真模型;柔性所述负荷模型等新型模型通过负荷可控单元的的变化规律, 建立可控负荷仿真模型;所述可再生能源包括风能、光能等。 The power supply model by running the simulation model of the characteristics of various types of power; fine distributed power supply model comprises a simulation model by the randomness and intermittent renewable energy operating characteristics, established; flexible like the new load model by variation of the load model controllable unit, the controllable load simulation model established; the renewable energy sources including wind, solar energy and so on.

[0040] 在步骤1的基础上,所述步骤(2)的模拟过程为: [0040] Step 1 on the basis of the step (2) of simulation of:

[0041] 如图1所示,将复杂所述电网模型的计算分解为多个计算模块; [0041] As shown, the complex calculation grid model is decomposed into more than one computing module;

[0042] 建立基于MAS的混合仿真计算; [0042] MAS establishing calculated based hybrid simulation;

[0043] 设置Multi-Agent多代理、所述电网模型、计算模块以及不同计算模块之间的联合协作机制。 [0043] Multi-Agent multiagent provided, the grid model, calculates a joint mechanism between the coordination module and the different calculation modules.

[0044] 所述计算模块包括电网电价计算模块、电网潮流计算模块和电网优化运行计算模块。 [0044] The price includes a grid calculation module calculating module, and a grid power flow calculation module calculating operation optimization module. 在所述MAS中设置一个上级代理agent与其他下级代理agent交互;所述上级代理agent对所述电网的分布式优化结果进行校验,如满足电网优化约束条件,则该时间仿真结束,等待下一时间或事件触发;如不满足电网优化约束,则下发协调策略到其他相应的下级代理Agent,直到最终满足约束。 The MAS is provided in a higher-level agent proxy agent interaction with other lower-level agents; the higher the proxy agent as the distributed optimization of the grid should be verified, such as to meet the power constraint optimization, the end of the simulation time, waiting for the next a time or event triggers; if not satisfied with grid optimization constraints, the coordination of policies issued to other appropriate lower-level agents agent, until the final satisfy the constraints.

[0045] 如图2所示,对多微网优化运行计算任务的联合协作机制的设置进行了举例说明。 [0045] As shown, the multi-joint collaboration piconet optimization mechanism is provided to run a computational task are illustrated by 2. 将多微网优化运行计算任务分为多个计算模块,其中包括电网电价计算模块、电网潮流计算模块、单微网优化运行计算模块等。 The optimal operation of multi-piconets are divided into a plurality of computing modules computing task, which includes a grid tariff calculation module, power flow calculation module calculating a single micro-operation optimization module. 对每个微网模型,建立一个Agent进行交互,即N 个微网模型需要建立N个Agent。 For each micro-network model, the establishment of a Agent interaction, namely the N micro-network model requires the establishment of N Agent. 此外,设置一个上级Agent与这N个Agent进行交互。 Furthermore, it provided a superior Agent interacts with the N Agent. 仿真流程如下: The simulation process is as follows:

[0046] 2-1.时间触发机制触发AgentN+1调用电网电价计算模块进行电网电价的计算,将得到的结果下发至Agenl^〜Agent N ; [0046] 2-1 time trigger mechanism triggers AgentN + 1 call tariff grid calculation module calculates the electricity grid, the obtained results are sent to Agenl ^ ~Agent N;

[0047] 2-2. Agent〜AgentN收到电网电价后,调用微网优化运行计算模块,根据各微网不同设置进行分布式优化计算,将优化结果返回给Agent N+1 ; [0047] After 2-2 Agent~AgentN receive electricity grid, micro call optimization calculation module operation, distributed according to different optimization settings for each piconet, will return the results to the optimization Agent N + 1;

[0048] 2-3. AgentN+1收集齐N个优化结果后,调用电网潮流计算模块及其他验证计算模块对各微网分布式优化结果进行校验。 After [0048] 2-3. AgentN + 1 collected together the N optimization results, and other power flow calculation module authentication calculation module for each call optimization results verify distributed piconet. 如满足约束条件,则该时间断面仿真结束,等待下一时间或事件触发;如不满足约束,则下发协调策略到相应的Agent,直到最终满足约束。 As constraint conditions are met, then the simulation time section ends, wait for the next time or event triggers; if not satisfied constraint, the coordination of policies issued to the appropriate Agent, until the final satisfy the constraints.

[0049] 在上述步骤的基础上,所述步骤(3)通过建立模拟控制器实现。 [0049] Based on the above steps, the step (3) is achieved by establishing an analog controller. 所述步骤(3)中的未来所述模型状态包括智能电网运行控制某一空间断面的状态和智能电网某一模型或一系列模型在连续时间序列的运行状态。 The next step of the state model (3) comprises a smart grid control operating status of a running state space model section and a smart grid or a series of successive time series model.

[0050] 所述空间断面的状态的建立过程为:将所述优化结果的断面数据通过模拟控制器按照空间进行整合,输出数据对所述电网模型进行模型维护; The process of establishing a state space section [0050] said to: the optimized data section results in a spatially integrate via analog controller, the output data maintenance model grid model;

[0051] 所述连续时间序列的运行状态的建立过程为:将所述优化结果的模型对象数据通过所述模拟控制器的时间进行整合后,输出数据对所述电网模型进行模型维护。 The process of establishing [0051] operating state continuous time sequence is: The results of the optimization model object data after integration by the time of the analog controller, output data of the model of the network model maintenance.

[0052] 所述步骤(4)中的仿真数据包括基于仿真对象的数据和基于仿真时间断面的数据;在得到完整所述仿真数据的基础上建立仿真应用,对所述智能电网进行各方面分析。 [0052] The simulation data in step (4) comprises a data object and data based on the simulation based on the simulation time section; build the complete simulation applications based on the simulation data obtained on the various aspects of the smart grid analysis . 例如:分布式电源接入评价、需求侧响应分析、电压控制分析、配电自动化等等。 For example: access to distributed power evaluation, demand response analysis, analysis of a voltage control, automation, and distribution.

[0053] 通过上述实施步骤,可以将智能电网的复杂仿真计算任务分解成多个计算模块, 通过分布式MAS与智能电网模型进行交互,实现对智能电网运行行为、优化控制策略和不同运行模式的多时间尺度、全生命周期的联合模拟仿真。 [0053] Through the above steps embodiment, the simulation can be complex tasks into a plurality of smart grid calculation module, MAS distributed by interacting with the smart grid model, implementation of the operation of the smart grid behavior, and optimal control strategy of different operating modes multiple time scales, joint simulation lifecycle simulation.

[0054] 最后应当说明的是:以上实施例仅用以说明本发明的技术方案而非对其限制,所属领域的普通技术人员尽管参照上述实施例应当理解:依然可以对本发明的具体实施方式进行修改或者等同替换,这些未脱离本发明精神和范围的任何修改或者等同替换,均在申请待批的本发明的权利要求保护范围之内。 [0054] Finally, it should be noted that: the above embodiments are intended to illustrate the present invention rather than limiting, those of ordinary skill in the art with reference to the embodiments described above although it should be understood that: still may be made to specific embodiments of the present invention. modifications or equivalent replacements without departing from the spirit and scope of any modifications or equivalents of the present invention are claimed in the copending application of the present invention within the scope of the claims.

Claims (10)

  1. 1. 一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述方法包括以下步骤: (1) 对智能电网进行建立模型; (2) 模拟智能电网控制运行; (3) 确定未来所述模型状态; (4) 确定智能电网的仿真数据。 A smart grid controlling operation of continuous analog simulation method, which is characterized in that: said method comprises the steps of: (1) model for smart grid; (2) controlling the operation of the smart grid simulation; (3) determining the future said state model; (4) determine the smart grid simulation data.
  2. 2. 如权利要求1所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述步骤(1)中模型包括影响控制运行的可控单元模型、电网拓扑结构、智能电网模型的时间触发机制和智能电网模型的输入输出接口;所述可控单元模型包括分布式电源模型、负荷模型、电动汽车模型和微网模型。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 1, wherein: said step (1) comprises a controllable element model models affect the control operation, the grid topology model of Smart Grid time trigger input output mechanism and the smart grid model interface; the controllable power source includes a distributed model unit models, load models, model electric vehicles and model piconet.
  3. 3. 如权利要求2所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述电源模型通过各类电源的运行特性建立仿真模型;所述电源模型包括通过可再生能源的随机性和间歇性运行特性,建立的精细化分布式电源仿真模型;所述负荷模型通过负荷可控单元的的变化规律,建立可控负荷仿真模型。 3. An smart grid according to claim 2 continuous analog simulation method for controlling operation, wherein: said power supply model simulation model through various operating characteristics of the power source; said model comprises a power supply by renewable energy random and intermittent operation characteristics, fine simulation model of distributed power; the load model controlled by variation of the load unit to establish a controllable load simulation model.
  4. 4. 如权利要求1所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述步骤(2)的模拟过程为: 将所述电网模型的计算分成计算模块; 建立基于MAS的混合仿真计算; 设置Multi-Agent多代理、所述电网模型和计算模块的联合协作机制。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 1, wherein: said step (2) is a simulation of: calculating the grid model into the calculation module; establishment of MAS mixing simulation; multi-agent provided multi-agent, jointly coordination mechanism of the grid model and calculation modules.
  5. 5. 如权利要求4所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述计算模块包括电网电价计算模块、电网潮流计算模块和电网优化运行计算模块。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 4, wherein: said module comprises a computing module calculating electricity grid, and the grid power flow calculation module calculating operation optimization module.
  6. 6. 如权利要求5所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:在所述MAS中设置一个上级代理agent与其他下级代理agent交互;所述上级代理agent对所述电网的分布式优化结果进行校验,如满足电网优化约束条件,则该时间仿真结束,等待下一时间或事件触发;如不满足电网优化约束,则下发协调策略到其他相应的下级代理Agent,直到最终满足约束。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 5, wherein: the MAS disposed in a superior agent proxy agent interaction with other lower-level agents; the higher the proxy agent distributed power grid optimization results be verified, such as the power grid to meet the optimization constraints, the simulation end time, wait for the next time or event triggers; if not satisfied with grid optimization constraints, the coordination of policies issued to other appropriate lower-level agents agent until finally satisfy the constraints.
  7. 7. 如权利要求6所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述步骤(3)通过建立模拟控制器实现。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 6, wherein: said step (3) is achieved by establishing an analog controller.
  8. 8. 如权利要求7所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述步骤(3)中的未来所述模型状态包括智能电网运行控制某一空间断面的状态和智能电网某一模型或一系列模型在连续时间序列的运行状态。 8. An operation of controlling smart grid continuous analog simulation method according to claim 7, wherein: the future state of the model in step (3) comprises a smart grid control operating status of a section of the space and a smart grid model or series of models in the running state of continuous time series.
  9. 9. 如权利要求8所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述空间断面的状态的建立过程为:将所述优化结果的断面数据通过模拟控制器按照空间进行整合,输出数据对所述电网模型进行模型维护; 所述连续时间序列的运行状态的建立过程为:将所述优化结果的模型对象数据通过所述模拟控制器的时间进行整合后,输出数据对所述电网模型进行模型维护。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 8, wherein: the process of establishing a state space section is: the optimized data section results in a spatially by analog controller integration, the output data maintenance model grid model; establishment procedure of the operating state of continuous time sequence is: the results of the optimization model object data after integration by the time of the analog controller, output data the grid model for model maintenance.
  10. 10. 如权利要求1所述的一种智能电网控制运行连续模拟的仿真方法,其特征在于:所述步骤(4)中的仿真数据包括基于仿真对象的数据和基于仿真时间断面的数据;在得到完整所述仿真数据的基础上建立仿真应用,对所述智能电网进行各方面分析。 Simulation method of controlling operation of a continuous analog smart grid as claimed in claim 1, wherein: said step of simulation data (4) comprises data and a data section based on the simulation time of the simulation objects; in establish a complete simulation applications of the simulation data obtained based on the analysis of all aspects of smart grid.
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