微电网洞察

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters

OpenAlex

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters doi: https://doi.org/10.1109/tpel.2025.3623696 type: article authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5007646021","display_name":"Jinhao Wang","orcid":"https:…

H-E-B 00182

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: H-E-B city: Temple state: TX microgridOperationalYear: 2018 marketSector: Food Store gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 1334 microgridGenerationCapacityKw: 1334 lastVerifiedYear: 2020

投运年份

2018

最近核验

2020

应用场景

Food Store

并网状态

是

运行类型

Conditional

高级控制

是

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters

OpenAlex

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters doi: https://doi.org/10.1109/tpel.2025.3623696 type: article authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5007646021","display_name":"Jinhao Wang","orcid":"https:…

H-E-B 00749

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: H-E-B city: Richmond state: TX microgridOperationalYear: 2020 marketSector: Food Store gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 1334 microgridGenerationCapacityKw: 1334 lastVerifiedYear: 2020

投运年份

2020

最近核验

2020

应用场景

Food Store

并网状态

是

运行类型

Conditional

高级控制

是

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters

OpenAlex

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters doi: https://doi.org/10.1109/tpel.2025.3623696 type: article authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5007646021","display_name":"Jinhao Wang","orcid":"https:…

H-E-B 00648

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: H-E-B city: Houston state: TX microgridOperationalYear: 2018 marketSector: Food Store gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 1290 microgridGenerationCapacityKw: 1290 lastVerifiedYear: 2020

投运年份

2018

最近核验

2020

应用场景

Food Store

并网状态

是

运行类型

Conditional

高级控制

是

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters

OpenAlex

Asymmetric Matrix Control Strategy for Suppression of Charging Mode Resonances in Grid-Forming Energy Storage Converters doi: https://doi.org/10.1109/tpel.2025.3623696 type: article authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5007646021","display_name":"Jinhao Wang","orcid":"https:…

H-E-B 00498

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: H-E-B city: Humble state: TX microgridOperationalYear: 2017 marketSector: Food Store gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 1290 microgridGenerationCapacityKw: 1290 lastVerifiedYear: 2020

投运年份

2017

最近核验

2020

应用场景

Food Store

并网状态

是

运行类型

Conditional

高级控制

是

强化学习提升新能源系统暂态同步稳定性

OpenAlex

武汉大学团队提出一种基于强化学习的控制方法，用于提升可再生电力系统的暂态同步稳定性。文章给出的变化对象是新能源电力系统在扰动下的同步稳定问题，方法本身指向控制策略优化。题目未提供具体性能数值、测试场景或对比基准，因此只能确认其应用方向是微电网与新能源并网控制。

H-E-B 00211

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: H-E-B city: San Antonio state: TX microgridOperationalYear: 2020 marketSector: Food Store gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 896 microgridGenerationCapacityKw: 896 lastVerifiedYear: 2020

投运年份

2020

最近核验

2020

应用场景

Food Store

并网状态

是

运行类型

Conditional

高级控制

是

DFIG风机故障穿越策略提升成网一致性

OpenAlex

该论文提出一种基于增强虚拟阻抗的故障穿越策略，用于促进DFIG风机保持一致的成网特性。之所以这样设计，是为了应对风电机组在故障穿越过程中成网能力波动、控制特性不一致的问题。题目和来源元数据仅给出这一控制方法与应用对象，未提供性能指标、实验结果或工程部署信息，因此其直接影响主要体现在风机控制方案研究层面。

Citizens Medical Center

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: Citizens Medical Center city: Victoria state: TX criticalInfrastructure: true microgridOperationalYear: 2020 marketSector: Hospital/Healthcare gridConnected: true microgridType: Continuous advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 3136 mic…

投运年份

2020

最近核验

2020

应用场景

Hospital/Healthcare

并网状态

是

运行类型

连续型

高级控制

是

数据驱动预测并网逆变资源线路故障位置与电阻

OpenAlex

这项研究提出了面向PLL同步逆变型电源的输电线路单相接地故障位置与故障电阻预测方法。原因在于，文中指出这类IBR在故障期间更易失稳且过流支撑能力有限，因此需要快速识别故障类型、位置并及时调整输出功率。作者基于多层感知机神经网络建立并训练预测模型，称其测试结果确认了效率和准确性，直接指向故障识别与控制能力提升。

Molokai Secure Microgrid

United States Department of Energy / Oak Ridge National Laboratory

Battery Storage, Solar PV, Stationary Power city: Molokai state: HI microgridOperationalYear: 2017 marketSector: City/Community gridConnected: false microgridType: Continuous advancedControls: true microgridTechnologies: Battery Storage, Solar PV, Stationary Power microgridTotalCapacityKw: 19220 microgridGenerationC…

投运年份

2017

最近核验

2020

应用场景

City/Community

并网状态

否

运行类型

连续型

高级控制

是

优化GFMC/GFLC配置提升弱电网稳定性

OpenAlex

论文提出了优化GFMC/GFLC容量配置的方法，以提升高可再生能源占比弱电网的稳定性。其原因是高比例并网型变流器会削弱低短路比电网的稳定性，因此需要配置一定规模的构网型变流器来增强电网强度。文中指出，不同无功控制方案下的系统小信号行为不同，方法通过实时仿真确定所需最小GFMC容量，但未给出具体数值。

Town of Fairfield Public Safety Microgrid

United States Department of Energy / Oak Ridge National Laboratory

Solar PV, Stationary Power organization: Town of Fairfield city: Fairfield state: CT microgridOperationalYear: 2016 marketSector: City/Community gridConnected: true microgridType: Continuous advancedControls: true microgridTechnologies: Solar PV, Stationary Power microgridTotalCapacityKw: 347 microgridGenerationCapa…

投运年份

2016

最近核验

2020

应用场景

City/Community

并网状态

是

运行类型

连续型

高级控制

是

强化学习提升可再生电力系统暂态同步稳定性

OpenAlex

武汉大学团队提出一种基于强化学习的控制方法，用于提升可再生电力系统在暂态同步稳定性方面的表现。文中指出，风电、光伏并网的微电网在电网故障或负荷突变下容易出现稳定性受威胁的问题，因此需要更具自适应性的控制策略。仿真结果显示，该方法可通过在线控制自适应调整并网型变流器的阻尼和惯量系数，在故障条件下增强系统韧性。

Walmart 05091

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: Walmart city: Cypress state: TX microgridOperationalYear: 2019 marketSector: Retail/Wholesale gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 1334 microgridGenerationCapacityKw: 1334 lastVerifiedYea…

投运年份

2019

最近核验

2020

应用场景

Retail/Wholesale

并网状态

是

运行类型

Conditional

高级控制

是

虚拟阻抗法提升DFIG风机故障穿越

OpenAlex

该论文提出一种增强型虚拟阻抗故障穿越策略，用于提升DFIG风电机组在电网故障期间保持一致的grid-forming特性。文章认为，现有虚拟阻抗方法多停留在保留电压源特性，功能受限，因此引入考虑内部电压的补偿方法，并协调背靠背变流器两侧动态调节参考值以抑制暂态失稳。论文称，该策略已在数值模型和商用DFIG风机上通过仿真验证，可在不同电网强度下满足规范要求并提供无功支撑。

H-E-B 00092

United States Department of Energy / Oak Ridge National Laboratory

Stationary Power organization: H-E-B city: Victoria state: TX microgridOperationalYear: 2018 marketSector: Food Store gridConnected: true microgridType: Conditional advancedControls: true microgridTechnologies: Stationary Power microgridTotalCapacityKw: 1792 microgridGenerationCapacityKw: 1792 lastVerifiedYear: 2020

投运年份

2018

最近核验

2020

应用场景

Food Store

并网状态

是

运行类型

Conditional

高级控制

是