微电网洞察

用硬件在环实验降低储能现场部署风险

U.S. Department of Energy OSTI

该技术报告介绍了如何通过硬件在环实验，降低控制器和功率硬件技术在现场部署中的风险。之所以需要这种方法，是因为对象涉及微电网、储能系统、并网成形逆变器和数据中心等场景，现场验证难度较高。材料显示，报告由美国国家实验室National Laboratory of the Rockies（NLR）完成，并获USDOE Office of Critical Minerals and Energy Innovation等机构资助，直接指向储能与微电网设备的测试和落地。

亚利桑那州立大学微电网装机41390千瓦

United States Department of Energy / Oak Ridge National Laboratory

亚利桑那州立大学在亚利桑那州坦佩市的微电网项目已并网运行，运营年份为2006年，项目总容量和发电容量均为41390千瓦。该项目采用CHP、Solar PV和Stationary Power技术，且被标注为关键基础设施，说明其建设重点在于提升校园供能连续性。根据2026年最后核实信息，这一项目规模和技术组合显示校园微电网可通过多能源配置支撑持续运行。

投运年份

2006

最近核验

2026

应用场景

College/University

并网状态

是

运行类型

连续型

高级控制

否

施耐德微电网服务长滩港社区

Schneider Electric

施耐德电气的微电网方案将服务加州长滩社区港口，主打提升能源韧性并结合表后微电网配置。该项目同时引入新的分布式能源资源，文章称其可增加可再生能源发电并降低成本，说明这是以韧性和降本为目标的微电网应用。摘要未给出装机规模、投资额或投运时间，仅明确其围绕港口场景推进，直接影响是提升当地能源保障能力并改善用能成本。

Impacts of Heterogeneous Grid-Forming Devices on Power System Dynamics Quantified by DW Shells

OpenAlex

Impacts of Heterogeneous Grid-Forming Devices on Power System Dynamics Quantified by DW Shells doi: https://doi.org/10.48550/arxiv.2608.21984 type: preprint authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5148119287","display_name":"Liangxiao Luo","orcid":null,"observed_orcids":[]},"in…

Periodic Reporting for period 2 - FLEXnCONFU (FLExibilize combined cycle power plant through power-to-X solutions using non-CONventional FUels)

European Commission CORDIS

884157 projectId: 884157 periodFrom: 2021-10-01 periodTo: 2022-09-30 workPerformed: During the first reference period, the activities were focused on the analysis of potential layouts of P2P systems to be connected in existing and new power plant. The layouts have been analysed from a techno-economic point of view c…

Polzeath

National Grid Electricity Distribution

Polzeath type: Primary area: South West voltages: 33-11 GSP: Indian Queens S.G.P. BSP: St Tudy Bsp Primary: demandFirmCapacity: 12.10000038 demandAvailableCapacity: 13.70694923 demandConstraint: green demandConstraintLimitingFactor: Thermal generationFirmCapacity: 15.66100025 generationAvailableCapacity: 0 generatio…

配网区域

South West

电压等级

33/11 kV

负荷侧约束

宽松

负荷可用容量

13.71 MW

发电侧约束

受限

发电可用容量

0 MW

De-Risking Field Deployment of Storage Assets Using Hardware-in-the-Loop Experiments [Slides]

U.S. Department of Energy OSTI

This presentation provides an overview of de-risking the field deployment of controller and power hardware technologies. product_type: Technical Report research_orgs: ["National Laboratory of the Rockies (NLR), Golden, CO (United States)"] sponsor_orgs: ["USDOE Office of Critical Minerals and Energy Innovation (CMEI…

Houston Methodist Hospital

United States Department of Energy / Oak Ridge National Laboratory

CHP city: Houston state: TX criticalInfrastructure: true microgridOperationalYear: 2011 marketSector: Hospital/Healthcare gridConnected: true microgridType: Continuous advancedControls: false microgridTechnologies: CHP microgridTotalCapacityKw: 4600 microgridGenerationCapacityKw: 4600 lastVerifiedYear: 2026

投运年份

2011

最近核验

2026

应用场景

Hospital/Healthcare

并网状态

是

运行类型

连续型

高级控制

否

EcoStruxure微电网提升可再生能源优先调度

Schneider Electric

EcoStruxure Microgrid Operation用于高效、主动管理微电网发电和需求，以优先使用可再生能源。由于该内容为技术指南，正文仅给出产品功能说明，未提供政策、项目规模或交易数据。现有信息表明其直接指向微电网的运行控制与负荷管理，应用场景偏向岛屿型或可离网微电网。

Impacts of Heterogeneous Grid-Forming Devices on Power System Dynamics Quantified by DW Shells

OpenAlex

Impacts of Heterogeneous Grid-Forming Devices on Power System Dynamics Quantified by DW Shells doi: https://doi.org/10.48550/arxiv.2608.21984 type: preprint authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5148119287","display_name":"Liangxiao Luo","orcid":null,"observed_orcids":[]},"in…

Periodic Reporting for period 4 - FlexAnalytics (Advanced Analytics to Empower the Small Flexible Consumers of Electricity)

European Commission CORDIS

755705 projectId: 755705 periodFrom: 2022-08-01 periodTo: 2024-01-31 workPerformed: In line with the three main objectives of FlexAnalytics, our work has been structured around the following three lines of action:1. The design of novel schemes for data-driven decision-making under uncertainty. The key idea here is t…

Crewkerne

National Grid Electricity Distribution

Crewkerne type: Primary area: South West voltages: 33-11 GSP: Axminster S.G.P. BSP: Woodcote Bsp Primary: demandFirmCapacity: 14 demandAvailableCapacity: 4.798211575 demandConstraint: red demandConstraintLimitingFactor: Thermal generationFirmCapacity: 14 generationAvailableCapacity: 4.278923988 generationConstraint:…

配网区域

South West

电压等级

33/11 kV

负荷侧约束

受限

负荷可用容量

4.8 MW

发电侧约束

受限

发电可用容量

4.28 MW

开放无线接入网用于能源系统探索

U.S. Department of Energy OSTI

报告探索了开放无线接入网（O-RAN）在能源系统中的应用，重点面向智能电网、微电网和可再生能源接入场景。其变化来自无线技术进步和网络部署管理复杂度上升，促使电力与通信系统寻求更灵活、可互操作的方案。报告称，Science Uses Deployment Operations Advance Wireless项目由National Laboratory of the Rockies、Argonne National Laboratory、Lawrence Berkeley National Laboratory和美国能源部能源科学网络团队合作推进，围绕测试评估和部署准备展开。

San Diego State University

United States Department of Energy / Oak Ridge National Laboratory

CHP, Solar PV organization: San Diego State University city: San Diego state: CA criticalInfrastructure: true microgridOperationalYear: 1986 marketSector: College/University gridConnected: true microgridType: Continuous advancedControls: false microgridTechnologies: CHP, Solar PV microgridTotalCapacityKw: 15400 micr…

投运年份

1986

最近核验

2026

应用场景

College/University

并网状态

是

运行类型

连续型

高级控制

否

商业建筑与校园微电网控制方案

Schneider Electric

商业建筑和校园的微电网控制方案面向能源资源优化配置。来源为一份英文宣传册，内容仅给出产品用途，没有披露具体政策、项目进展或技术指标。现有信息不足以判断其成本、性能或市场影响，更多细节需要原文正文支持。

Impacts of Heterogeneous Grid-Forming Devices on Power System Dynamics Quantified by DW Shells

OpenAlex

Impacts of Heterogeneous Grid-Forming Devices on Power System Dynamics Quantified by DW Shells doi: https://doi.org/10.48550/arxiv.2608.21984 type: preprint authorships: [{"author_position":"first","author":{"id":"https://openalex.org/A5148119287","display_name":"Liangxiao Luo","orcid":null,"observed_orcids":[]},"in…

Periodic Reporting for period 1 - SMART Slowflow (Kinetic Micro Hydro System for electrification of rural areas.)

European Commission CORDIS

811624 projectId: 811624 periodFrom: 2018-06-01 periodTo: 2018-11-30 workPerformed: The SME-Instrument Phase 1 project constituted the first step towards the achievement of the abovementioned targets and was focused on the following main activities:1. Selection of the MVP and its preliminary design.2. Bill of Materi…

Lawes Bridge配电网容量受热力约束

National Grid Electricity Distribution

Lawes Bridge在South West 33-11电压层级的负荷侧可用容量为5.49565506，需求约束状态为amber，限制因素为Thermal。发电侧可用容量为15.47002125，约束状态为green，说明当前瓶颈主要在负荷接入而非发电接入。数据同时显示已接受1项负荷接入、容量1.5，已提出1项负荷接入、容量6，后续接入安排将受现有热力约束和可用容量影响。

配网区域

South West

电压等级

33/11 kV

负荷侧约束

关注

负荷可用容量

5.5 MW

发电侧约束

宽松

发电可用容量

15.47 MW

Science Uses Deployment Operations-Advanced Wireless: Exploring Open Radio Access Network Technologies for Energy Science

U.S. Department of Energy OSTI

Open Radio Access Network is emerging as a solution to the increasing demand for more flexible, cost-effective, and advanced mobile network infrastructures. This evolution is driven by advancements in wireless technologies and the growing complexity of deploying and managing these networks. O-RAN represents a signif…

University of Alaska Fairbanks

United States Department of Energy / Oak Ridge National Laboratory

CHP organization: University of Alaska-Fairbanks city: Fairbanks state: AK criticalInfrastructure: true microgridOperationalYear: 2020 marketSector: College/University gridConnected: false microgridType: Continuous advancedControls: true microgridTechnologies: CHP microgridTotalCapacityKw: 17000 microgridGenerationC…

投运年份

2020

最近核验

2026

应用场景

College/University

并网状态

否

运行类型

连续型

高级控制

是