搜索资源列表
Decentralized-Control-Techniques
- Microgrid control.in this file decentralized control of microgrid is described.
Control-Strategy
- 。归纳和讨论了智能微电网的控制理论，将控制策略划分为电网跟随控制和电 网形成控制两大类，每一类同时又包含了交互式及非交互式控制思想，给出了清晰的定义和判断标准， 并提出智能微电网控制策略未来的发展方向。-Analysis was made to its system configuration and operation characteristics, the control theory of intelligent microgrid summarized and discus
microgrid-operation-control
- 微网系统运行控制策略的仿真分析,通过MATLAB/simulink进行仿真-Simulation analysis of the micro-grid operation control strategy
microgrid-future
- 微电网的概念最早是由美国提出的[1]。2002年美国 CERTS对微电网概念提出了明确的定义，并且给出了微电 网的基本结构。它主要是通过电力电子装置将发电容量小 于500 kW的分布式电源和储能装置组织在一起，就近向 用户提供电能。灵活智能的电力电子装置是CERTS微电网 的关键所在，正是通过该技术来实现“即插即用”的控制 思想。目前，微电网的应用范围和电压等级正在不断的扩 大，已经由原来兆瓦级以下发展到几十兆瓦的规模，并有 望在更大的农村配电网得到进一步发展。-
Potential-Function-Based-Control-of-a-Microgrid-i
- Potential Function based Microgrid
-05-DC-Microgrids-1
- Dc microgrid control parameters and detalied explantation of implementation
CONTROL
- 微电网优化调度中采用模糊控制对蓄电池进行控制-Microgrid optimization scheduling using fuzzy control to control the battery
Microgrid-control-strategy
- 微源并网逆变器下垂控制策略的改进研究2，用于微电网孤岛运行的逆变电源控制方法1，微网孤岛模式下负荷分配的改进控制策略1-Improvement of micro-source grid-connected inverter droop control strategy 2, power inverter control method for running a micro-grid island, under the micro-grid island mode control strategy
Optimal stochastic reactive power scheduling in a microgrid considering voltage droop scheme of DGs and uncertainty of w
- Distributed Generators (DGs) in a microgrid may operate in three different reactive power control strategies, including PV, PQ and voltage droop schemes. This paper proposes a new stochastic programming approach for reactive power scheduling of a mic
Microgrid-inverter-control
- 微电网逆变器控制，下垂控制和单相孤岛控制，可实现逆变器孤岛和并网运行。-Micro-grid inverter control, droop control, and single-phase islanding control, can achieve inverter islanding and grid operation.
Microgrid-Optimization--Modelling-and-Control
- Microgrid Optimization, Modelling and Control
Microgrid-Optimization--Modelling-and-Control
- Modeling and control of Islanding microgrid
DC-MICROGRID(nasreen)
- The existence of the modules capacitors necessitates the control of their voltage level. A dedicated controller is described that has two main parts the averaging controller that takes care of the average capacitor voltage level per leg and the b
control
- Microgrid Control papers
2015_Microgrid_Barrier
- Distributed resources are important because they change the location of control for power reliability and quality moving it near the end user, thus bringing the customers into the energy market. Distributed resources have the pot
[@proje_bargh] hystersis current control
- hystersis current control of microgrid
A review of ac microgrid control methods
- a review of ac microgrid methods
Distributed Cooperative Control
- 本文为直流微电网中的多个dc-ES建立了分布式协同控制框架，并给出了系统的小信号稳定性分析。 主要级别实现下垂控制以协调多个dc-ES的操作。 次级控制基于一致性算法来调节直流母线电压基准，并结合dc-ES之间的充电状态（SOC）平衡。 通过该设计，协同控制可以实现平均直流总线电压一致，并且仅使用邻居到邻居信息来维持不同dc-ES之间的SOC平衡。 此外，开发了具有主控制器和辅助控制器的四个dc-ES系统的小信号模型。 提出了特征值分析，以显示通信权重对系统稳定性的影响。(This paper
Microgrid simulation and EMS control platform
- 利用StarSim仿真软件与PXI硬件平台搭建微网实时仿真系统，平台不仅能仿真包含新能源节点的微网运行的情况，还包含一个模拟的微网主控来实现EMS能量管理系统——运行微网协调控制、能量管理等上层算法。(StarSim simulation software and PXI hardware platform are used to build a real-time simulation system for microgrid. The platform can not only simula
DC_MicroGrid-master
- 直流微电网运行控制策略，matlab仿真程序，可运行(DC microgrid operation control strategy, matlab simulation program, operational)