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The technology of grid-forming energy storage can form a voltage source, which can support the stable operation of large power grids. The technology of grid-forming energy storage is an effective means to support the stable operation of high proportion of new energy connected to the grid. Based on this, the operation mechanism of grid-forming energy storage to support the stability of high proportion of new energy connected to the grid is analyzed. According to the principle and characteristics of grid-forming energy storage technology, five commonly used technologies to improve the stability of the grid are compared and. A model building idea of grid-forming energy storage system considering multi-time-varying parameters is proposed. Moreover, the scheme of grid-forming energy storage technology supporting high proportion of new energy grid-connected and the mechanism analysis of massive grid-forming energy storage equipment grid-connected oscillation is proposed. In addition, the system impedance dynamic identification technology based on signal injection is studied, and then the impedance reconstruction technical route of massive grid-forming energy storage equipment grid-connected system is proposed.

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构网(grid-forming,GFM)型储能技术可构建起支撑大电网稳定运行的电压源,是支撑高比例新能源并网稳定运行的一个有效手段。基于此,分析了GFM型储能支撑高比例新能源并网稳定运行机理,根据GFM型储能技术原理和特性,对比分析了5种常用的提升电网稳定性技术。给出一种考虑多时变参数的GFM型储能系统模型搭建思路,并提出GFM型储能技术支撑高比例新能源并网方案以及海量GFM型储能设备并网振荡产生机制分析方法。同时,研究了基于信号注入的系统阻抗动态辨识技术,进而提出海量GFM型储能设备并网系统阻抗重构技术路线。

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李明(1990),男,硕士,高级工程师,主要研究方向为新型储能及构网储能并网运行与检测技术研究,

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figureFileBig=vn/J0D50kb3MAkdRBwmM5Q==, tableContent=null), ArticleFig(id=1236714929705775245, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=CN, label=图12, caption=50.0→48.0→52.0→50.0 Hz频率阶跃工况下一次调频测试波形, figureFileSmall=dnf4A20UqD2I5KeJlgFkHQ==, figureFileBig=vn/J0D50kb3MAkdRBwmM5Q==, tableContent=null), ArticleFig(id=1236714929781272719, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=EN, label=Fig.13, caption=The primary frequency modulation capacity of grid-forming energy storage with different frequency modulation coefficients, figureFileSmall=TsB97ABbIX5eUORlNDpwrA==, figureFileBig=1ybp+QBuW0VmB6QhkAFw0w==, tableContent=null), ArticleFig(id=1236714929848381586, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=CN, label=图13, caption=不同调频系数下构网型储能一次调频能力对比, figureFileSmall=TsB97ABbIX5eUORlNDpwrA==, figureFileBig=1ybp+QBuW0VmB6QhkAFw0w==, tableContent=null), ArticleFig(id=1236714929911296152, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=EN, label=Fig.14, caption=The active power response waveforms when frequency drops by 0.5 Hz, figureFileSmall=3bDXs6TLS9NuBWUPHDXOTQ==, figureFileBig=H1jkKa9zaxtVIlwB3G0e5w==, tableContent=null), ArticleFig(id=1236714929990987933, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=CN, label=图14, caption=频率跌落0.5 Hz时有功功率响应波形, figureFileSmall=3bDXs6TLS9NuBWUPHDXOTQ==, figureFileBig=H1jkKa9zaxtVIlwB3G0e5w==, tableContent=null), ArticleFig(id=1236714930087456928, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=EN, label=Tab.1, caption=

Comparison of technical characteristics of the technologies which can improve power grid stability

, figureFileSmall=null, figureFileBig=null, tableContent=
类型作用同步内电势惯量支撑阻尼控制有功瞬时分担有功快速控制无功瞬时响应(短路容量)一次调频二次调频与调峰动态无功响应稳态无功控制黑启动适应电网强度同步运行能力
GFM型PCS
(灵活)

(灵活)
是(灵活)
(灵活)

(灵活)
强/弱功率
同步
GFL型PCS强电网电压
同步
同步
发电机

(高)
是(高)是(有限)强/弱功率
同步
同步
调相机

(偏小)
有限是(高)强/弱功率
同步
电网支撑型SVG强/弱功率
同步
), ArticleFig(id=1236714931551269029, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=CN, label=表1, caption=

提升电网稳定性技术特性对比

, figureFileSmall=null, figureFileBig=null, tableContent=
类型作用同步内电势惯量支撑阻尼控制有功瞬时分担有功快速控制无功瞬时响应(短路容量)一次调频二次调频与调峰动态无功响应稳态无功控制黑启动适应电网强度同步运行能力
GFM型PCS
(灵活)

(灵活)
是(灵活)
(灵活)

(灵活)
强/弱功率
同步
GFL型PCS强电网电压
同步
同步
发电机

(高)
是(高)是(有限)强/弱功率
同步
同步
调相机

(偏小)
有限是(高)强/弱功率
同步
电网支撑型SVG强/弱功率
同步
), ArticleFig(id=1236714931643543720, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=EN, label=Tab.2, caption=

Some GFM energy storage demonstration projects at home and abroad

, figureFileSmall=null, figureFileBig=null, tableContent=
序号项目名称储能功/MW投运时间功能作用
1湖北荆门新港50 MW/100 MW·h储能电站一期502022.12提升区域电网的稳定性
2新疆阿克陶县龙源奥依塔克光伏储能电站
5 MW/10 MW·h构网型储能系统
52023.03自同步控制、一次调频、转动惯量及短路容量支撑、提供快速动态无功补偿
3龙源电力江苏盱胎10 MW/20 MW·h构网型示范
储能电站
102023.05配套风电场,提升新能源多场站短路比、改善阻尼特性,优化新能源场站输出特性功率
4华能山东莱芜电厂100 MW/200MW·h分散控制
构网型独立储能电站
1002023.06可平抑新能源发电波动,提升电网调节能力
5内蒙古额济纳25 MW/25 MW·h构网型储能站电站252023.11提高供电可靠性,实现高比例新能源接入
6国投西藏那曲市尼玛县塘鲁50 MW光伏配套
10 MW/40MW·h储能项目
102023.12辅助牧光互补,增加新能源消纳
7西藏索县10 MW/40 MW·h光储电站项目102024.01辅助光伏接入,提供惯量支撑,支撑区域电网稳定
8广西北海涠洲岛5 MW/10 MW·h储能电站52024.02提供惯性支撑、辅助电网稳定运行
9青海格尔本鲁能50 MW/100 MW·h构网型储能电站50建设中辅助光伏并网,提升电网稳定性
10青海海南州贡玛50 MW/200 MW·h储能电站50建设中增强电网强度,提升新能源外送能力
11宁夏电力采煤沉陷区复合光伏项目配套储能一期100 MW/200 MW·h储能电站100建设中辅助光伏并网,提升电网稳定性
12宁夏电力宁东复合光伏基地项目配套储能电站二期工程100 MW/200 MW·h1002024.04提升特高压直流送端新能源电力系统短路容量,改善系统转动惯量,实现对电网的同步电压支撑
13澳大利亚约克半岛Dalrymple30 MW/8 MW·h电池
储能系统
302019.05孤岛运行、快速频率响应、电网支持、频率控制辅助服务、能源交易
14澳大利亚Hornsdale Power Reserve 150 MW/
194 MW·h电池储能系统
1502020.08惯量支持、无功补偿、快速频率响应等
15澳大利亚Wallgrove 50 MW/75 MW·h电池储能系统502021.01提供惯性支撑、频率响应、维持电网稳定性、增加输电线路容量
16澳大利亚Torrens岛250 MW/250 MW·h构网型储能项目2502023.08提高系统响应速度、提供惯性支撑、辅助电网稳定运行、增加偏远地区电网系统强度
), ArticleFig(id=1236714931752595628, tenantId=1146029695717560320, journalId=1210938733613449225, articleId=1236714916527272603, language=CN, label=表2, caption=

国内外部分GFM型储能示范工程

, figureFileSmall=null, figureFileBig=null, tableContent=
序号项目名称储能功/MW投运时间功能作用
1湖北荆门新港50 MW/100 MW·h储能电站一期502022.12提升区域电网的稳定性
2新疆阿克陶县龙源奥依塔克光伏储能电站
5 MW/10 MW·h构网型储能系统
52023.03自同步控制、一次调频、转动惯量及短路容量支撑、提供快速动态无功补偿
3龙源电力江苏盱胎10 MW/20 MW·h构网型示范
储能电站
102023.05配套风电场,提升新能源多场站短路比、改善阻尼特性,优化新能源场站输出特性功率
4华能山东莱芜电厂100 MW/200MW·h分散控制
构网型独立储能电站
1002023.06可平抑新能源发电波动,提升电网调节能力
5内蒙古额济纳25 MW/25 MW·h构网型储能站电站252023.11提高供电可靠性,实现高比例新能源接入
6国投西藏那曲市尼玛县塘鲁50 MW光伏配套
10 MW/40MW·h储能项目
102023.12辅助牧光互补,增加新能源消纳
7西藏索县10 MW/40 MW·h光储电站项目102024.01辅助光伏接入,提供惯量支撑,支撑区域电网稳定
8广西北海涠洲岛5 MW/10 MW·h储能电站52024.02提供惯性支撑、辅助电网稳定运行
9青海格尔本鲁能50 MW/100 MW·h构网型储能电站50建设中辅助光伏并网,提升电网稳定性
10青海海南州贡玛50 MW/200 MW·h储能电站50建设中增强电网强度,提升新能源外送能力
11宁夏电力采煤沉陷区复合光伏项目配套储能一期100 MW/200 MW·h储能电站100建设中辅助光伏并网,提升电网稳定性
12宁夏电力宁东复合光伏基地项目配套储能电站二期工程100 MW/200 MW·h1002024.04提升特高压直流送端新能源电力系统短路容量,改善系统转动惯量,实现对电网的同步电压支撑
13澳大利亚约克半岛Dalrymple30 MW/8 MW·h电池
储能系统
302019.05孤岛运行、快速频率响应、电网支持、频率控制辅助服务、能源交易
14澳大利亚Hornsdale Power Reserve 150 MW/
194 MW·h电池储能系统
1502020.08惯量支持、无功补偿、快速频率响应等
15澳大利亚Wallgrove 50 MW/75 MW·h电池储能系统502021.01提供惯性支撑、频率响应、维持电网稳定性、增加输电线路容量
16澳大利亚Torrens岛250 MW/250 MW·h构网型储能项目2502023.08提高系统响应速度、提供惯性支撑、辅助电网稳定运行、增加偏远地区电网系统强度
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构网型储能支撑高比例新能源并网稳定运行技术
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李明 , 亚夏尔·吐尔洪 , 郑云平 , 兰承龙
热力发电 | 储能技术研究 2025,54(3): 59-68
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热力发电 | 储能技术研究 2025, 54(3): 59-68
构网型储能支撑高比例新能源并网稳定运行技术
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李明 , 亚夏尔·吐尔洪, 郑云平, 兰承龙
作者信息
  • 国网新疆电力有限公司电力科学研究院,新疆 乌鲁木齐 830011
  • 李明(1990),男,硕士,高级工程师,主要研究方向为新型储能及构网储能并网运行与检测技术研究,

Stable operation technology for high proportion of new energy connected to power grid supported by grid-forming energy storage
Ming LI , YAXAR·Turgun, Yunping ZHENG, Chenglong LAN
Affiliations
  • Electric Power Science and Research Institute of State Grid Xinjiang Electric Power Co, Ltd, Urumqi 830011, China
出版时间: 2025-03-25 doi: 10.19666/j.rlfd.202406165
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构网(grid-forming,GFM)型储能技术可构建起支撑大电网稳定运行的电压源,是支撑高比例新能源并网稳定运行的一个有效手段。基于此,分析了GFM型储能支撑高比例新能源并网稳定运行机理,根据GFM型储能技术原理和特性,对比分析了5种常用的提升电网稳定性技术。给出一种考虑多时变参数的GFM型储能系统模型搭建思路,并提出GFM型储能技术支撑高比例新能源并网方案以及海量GFM型储能设备并网振荡产生机制分析方法。同时,研究了基于信号注入的系统阻抗动态辨识技术,进而提出海量GFM型储能设备并网系统阻抗重构技术路线。

构网型储能  /  高比例新能源  /  并网稳定  /  并网振荡

The technology of grid-forming energy storage can form a voltage source, which can support the stable operation of large power grids. The technology of grid-forming energy storage is an effective means to support the stable operation of high proportion of new energy connected to the grid. Based on this, the operation mechanism of grid-forming energy storage to support the stability of high proportion of new energy connected to the grid is analyzed. According to the principle and characteristics of grid-forming energy storage technology, five commonly used technologies to improve the stability of the grid are compared and. A model building idea of grid-forming energy storage system considering multi-time-varying parameters is proposed. Moreover, the scheme of grid-forming energy storage technology supporting high proportion of new energy grid-connected and the mechanism analysis of massive grid-forming energy storage equipment grid-connected oscillation is proposed. In addition, the system impedance dynamic identification technology based on signal injection is studied, and then the impedance reconstruction technical route of massive grid-forming energy storage equipment grid-connected system is proposed.

grid-forming energy storage  /  high proportion of new energy  /  grid-connected stability  /  grid-connected oscillation
李明, 亚夏尔·吐尔洪, 郑云平, 兰承龙. 构网型储能支撑高比例新能源并网稳定运行技术. 热力发电, 2025 , 54 (3) : 59 -68 . DOI: 10.19666/j.rlfd.202406165
Ming LI, YAXAR·Turgun, Yunping ZHENG, Chenglong LAN. Stable operation technology for high proportion of new energy connected to power grid supported by grid-forming energy storage[J]. Thermal Power Generation, 2025 , 54 (3) : 59 -68 . DOI: 10.19666/j.rlfd.202406165
随着“沙戈荒”地区第一批大型风光基地的大规模并网,“三北地区”成为2023年新能源增量的主要区域。并且,相比新能源的规划和建设,目前输电通道建设明显滞后,使“三北地区”新能源并网消纳限制问题频发。更重要的是,随着新能源并网率的提升,以传统同步电机为主的电力系统向含高比例新能源、高比例电力电子设备的“双高”电力系统转变,使电力系统惯量降低,逐渐呈现弱网趋势[1-2],进而引发电网电压、频率波动甚至脱网等问题,新能源并网安全稳定运行问题日益突出。构网(grid-forming,GFM)型储能技术可构建起支撑高比例新能源并网稳定运行的电压源,可模仿同步发电机的运行特性,给电网提供必要的惯量支撑和电压支撑,同时减少超调和振荡等[3],是解决“双高”电力系统稳定运行问题的一个有效途径。
“双高”电力系统中的源荷数、潮流分布、系统模型参数和系统惯性等指标都发生变化[4],因此,有必要对“双高”电力系统的稳定运行机理进行研究,以保证电网可靠运行。储能变流器(power conversion system,PCS)是GFM型储能技术中的关键设备,PCS存在稳态工作点是其稳定运行的前提,在此基础上,按照变流器受扰动的大小,其稳定性可以进一步分为小信号稳定和大信号稳定[5]。基于此,分析了GFM型储能PCS在何种电网条件、何种扰动形式下更易失稳[6]。目前对于GFM型储能PCS支撑并网稳定,其控制方法主要分为优化控制参数和附加新的控制方法两方面[7-8]。通过调节GFM型储能PCS自身的控制参数来改善其阻抗特性也可以达到提升GFM型PCS接入电网的交互稳定性的目的。但是,由于并未加入新的控制方法,其参数调节仍然受到系统自身的限制,具有一定的局限性[9]。另外,对于大规模储能系统,其PCS逐渐从集中式向组串式,但多机并联谐振以及各PCS模块间功率不平衡导致“环流”问题成为扩大并机规模的瓶颈[10]。对此,有学者通过双环控制和解耦控制,实现了多机变流器系统效率的提升和系统受扰动时的暂态稳定性[11]
现有研究中,虽然已搭建GFM型PCS的动、稳态模型,但并未考虑储能系统的输出特性、约束条件等方面对PCS模型的影响[12-15],难以体现实际工况下的GFM型储能支撑新能源并网的作用机理以及与电网的交互特性。另外,虽然针对GFM型PCS多机协同控制策略已有相关研究,但是现有研究策略均集中于孤岛微电网或是离网模式下[16-19],多台GFM型储能设备接入电网带来的无功环流,而并网振荡产生机理方面的研究尚未开展。总之,GFM型储能支撑高比例新能源并网稳定运行过程中,仍存在一些科学问题亟待解决。
针对以上问题,本文从GFM型储能技术原理入手,对高比例新能源并网运行稳定性进行分析,研究GFM型储能对新能源机组并网稳定运行的影响规律,并提出考虑多时变参数的GFM型储能系统建模算法。在此基础上,针对海量GFM型储能设备并网振荡问题,分析海量GFM型储能设备并网振荡产生机制,提出GFM型储能设备并网系统阻抗动态辨识和阻抗重构策略。另外,列出部分国内外GFM型储能示范工程,并给出部分阿克陶GFM型储能电站性能测试结果,包括故障电压穿越能力测试、一次调频测试、阻尼特性测试。
GFM型储能技术是把同步机的转子运动方程、无功下垂控制等控制算法嵌入到PCS的控制系统中,通过采集的电压、电流计算PCS端口功率,利用控制算法生成电压幅值与相位参考值,使PCS端口具有与同步机类似的电压源外特性[20]。GFM型变流器控制技术原理如图1所示。
大量新能源发电系统的并网控制方式采用电流源型的跟网(grid-following,GFL)型控制,其中借助锁相环(phase-locked loop,PLL)来获取电网电压信息,实现并网电流快速精确控制和功率稳定输入,但其不具备惯量支撑特性,在系统阻尼弱、惯量低的弱电网下易失稳[21]。GFM型控制通过模拟同步发电机运动特性,采用功率控制来实现同步,无需PLL提取电压及相位,具备对外部系统的相位角变化做出响应的能力,并可以根据需要为电网提供额外的有功及无功功率,保证电网在弱网模式下甚至孤岛模式下仍可以稳定运行[22]。从控制的角度来看,GFL型变流器可以近似为并联高阻抗的受控电流源。采用GFL型控制可将输出电流的有功和无功分量保持在恒定值。因此,可依靠PLL实现快速同步功能来确定变流器并网点电压相角。换而言之,如果变流器不能准确、快速地追踪外部电压,GFL型变流器就无法保持受控、稳定的输出[23]。与GFL型变流器相比,GFM型PCS可以近似为具有串联低阻抗的电压源。GFM型控制可以保持内部电压相位,且幅值和频率由每个变流器内部设定。
为了评估新能源发电系统的稳定性,对不同类型的并网型新能源发电系统进行建模分析。建立GFL型和GFM型并网逆变器控制系统如图2所示。由图2可见:由于受PLL和电网电压前馈控制等负阻尼作用的影响,GFL型并网逆变器在低频段呈现容性负阻尼特性,并且电网阻抗在低频段主要呈感性,当电网阻抗较大时,GFL型并网逆变器的输出阻抗与电网阻抗存在交互作用,容易引发谐振甚至不稳定,这不利于新能源发电的大规模接入。与GFL型并网逆变器不同,GFM型并网逆变器由于无需PLL等控制,其低频段阻抗基本呈感性,GFM型并网逆变器接入电网后,可减小电网阻抗,并且,由于电网阻抗在低频段也是感性的,因此二者交互不易引发不稳定,有利于新能源发电单元的稳定并网运行。
图3为建立新能源多类型并网系统结构。由图3可见,通过研究GFM型储能对于新能源场站输出阻抗的主导频率,可分析接入海量不同类型新能源发电机组后电网阻尼的变化情况,并结合电网强度指标分析不同条件下系统的稳定性特征,提出有效的评价系统稳定性的方法,完成对影响系统稳定性的关键指标的提取和特性分析,揭示高比例新能源并网条件下,电网不同强度时的系统稳定性模型。
面对“双高”电力系统中所出现的电网稳定问题,GFM型储能技术具有电压源外特性,使其可以用在系统强度弱、物理惯性低的电网中,提升电网的稳定性[24]。相较于GFL型PCS、同步发电机、同步调相机、电网支撑型SVG,GFM型储能技术有一定的优势,具体提升电网稳定性技术特性对比见表1[25-29]。由表1可知,相较于GFL型PCS,GFM型储能技术可以提供惯量响应与振荡抑制,具备更好的频率支撑能力。并且,通过功率同步控制机制,将PCS塑造成电压源外特性,可在不依赖外界交流系统的情况下,自行构建交流侧电压幅值与相位,具备更好的电压支撑能力。GFL型仅根据频率变化率生成有功功率,与GFM型通过控制功角生成方式存在本质区别。总之,GFM型PCS在电网调频、调压能力、惯量和阻尼支撑能力等方面有一定优势。另外,GFM型储能技术可实现有功快速控制和黑启动,而同步发电机难以实现快速功率控制,同步调相机无法实现黑启动。GFM型储能由于其性能与常规机组相似,可以取代现有的调相机和常规储能,大量应用可缓解电网暂态电压问题、频率问题等,能增加电网对新能源接纳能力,增强电网的承载能力,同时可以减少初期投资及运行损耗费用。
目前,对GFM型储能支撑新能源并网稳定性作用机理缺乏系统性深入研究,尤其是计及储能自身荷电状态(state of charge,SOC)、内部阻抗等约束的GFM型储能参数优化、控制策略等方面[30]。因此,本文研究搭建考虑多时变参数的GFM型储能系统模型,其中考虑储能本体SOC、系统参数、储能PCS电流和功率约束。具体建模步骤为:首先,通过小扰动线性化对主电路与控制策略进行线性化,根据并网等效阻抗定义式,建立GFM型PCS等效输出阻抗模型。通过有功功率控制和无功功率控制使PCS系统模拟同步发电机的运行特性,实现GFM特性。并且考虑GFM型PCS有功功率与无功功率之间的耦合问题,建立GFM型PCS小信号模型。同时,为方便分析GFM型储能系统功率输出特性,建立考虑无功耦合的有功闭环输出模型和考虑有功耦合的无功闭环输出模型。提取系统的关键时变参数,分析各时变参数对GFM型储能系统的数学模型的贡献度,建立与时变参数相关的GFM型储能系统的数学模型。另外,建立系统的传递函数,形成系统稳定性判据,得到参数与系统稳定性的定量影响。考虑多时变参数的GFM型储能系统建模流程如图4所示。
与传统同步发电机不同,GFM型储能系统具有有功环和无功环对应的虚拟惯量和虚拟阻尼系数,在调节上不受外在物理条件的限制,可根据系统自身需要进行相应的调节,使系统的控制参数满足系统安全稳定运行的要求[31]。GFM型储能系统中普遍采用了电力电子变流器,过载能力较差,对电流和电压耐受水平更加敏感。同时,当发生电网频率扰动时,GFM型储能有功输出存在稳态误差,稳态误差与阻尼系数有关,阻尼系数越大稳态误差也越大[32]。因此GFM型储能系统常采用自适应参数调节策略,控制系统的阻尼与转动惯量参数根据输出功率以及输出频率的变化率自适应变化,这使得系统模型参数随工况发生了变化。
在实际工程应用中,一般采用多个GFM型PCS经输电线路在PCC点并入电网的拓扑结构。考虑电网阻抗的影响,搭建多台GFM型PCS并联并网等效电路如图5所示。根据图5分析不同线路阻抗、输出阻抗、控制参数对多GFM型储能并网系统关键振荡模态的影响规律,进而研究同步频率谐振的产生机理及其对GFM型储能并网系统稳定性的负面影响。
借助多台PCS并联并网系统的等效电路,依托控制单一变量的思想,研究不同参数变化对海量GFM型储能并网振荡特性的影响规律,揭示线路电抗、电网电抗、虚拟惯量和阻尼系数对系统振荡的影响规律。
GFM型储能系统并网运行时,通常根据接收的功率指令去控制输出电压的幅值和功角,达到调节储能电站出力的目的。在实际运行时,由于系统阻抗存在差异,这导致GFM型储能设备接入电网不同位置时,其运行特性不同,并可能出现并网功率振荡等问题,威胁系统安全[33-35]。因此本文研究并网系统阻抗的动态辨识技术,可根据辨识得到系统阻抗,调整GFM型储能设备运行策略,达到抑制系统振荡的目的。本文所提并网系统动态阻抗辨识技术方案中,在电压指令中增加特定的激励分量,使储能系统的出力包含额外的系统阻抗信息。另外,通过采集和提取信号,获得系统阻抗,为优化GFM型储能系统的性能提供条件,最终形成基于信号注入的系统阻抗动态辨识技术。GFM型储能设备并网阻抗动态辨识运行策略如图6所示。
为抑制系统并网振荡,本文提出研究海量GFM型储能设备并网系统阻抗重构策略。现有并网振荡抑制策略是通过无源阻尼和有源阻尼的方式对系统进行阻抗重构[36-37]。但无源阻尼直接在电路中加入电阻,电阻上会产生大量的损耗。因此,借助加入有源阻尼进行虚拟阻抗控制方法,可以在不产生附加损耗的情况下增加系统阻尼,同时,引入电压前馈控制进一步提高系统稳定裕度,实现系统并网振荡抑制。
基于上述多台GFM型储能并联并网系统的阻抗模型,分析其阻抗特性,依据不同频段的负阻尼特性,将系统全频段划分为低、中、高3个频段。分别分析3个频段阻尼特性的主导因素,根据每个频段的特性,设计相应的系统阻抗重构策略。同时,由于多GFM型控制器存在频带重叠效应,对不同频段阻抗重构会影响其他频段的阻抗特性,因此,需设计对于各个频段的阻抗重构的顺序。针对各个频段采用控制参数改进和虚拟阻尼控制相结合的阻抗重构方法,通过加入虚拟阻抗控制器,改善该频段感性负阻尼。通过合理设置阻尼系数改善频段负阻尼特性,合理选取有源阻尼截止频率调节有源阻尼工作频带,避免影响其他频段阻抗特性。依次对低频段、中频段和高频段进行阻抗重塑,实现对GFM型储能设备负阻尼特性的改善。研究重构控制参数取值方法,并对基于阻抗重构的多GFM型储能系统振荡抑制策略进行仿真和实验验证,从而实现多GFM型储能并网系统的振荡抑制。海量GFM型储能设备并网系统阻抗重构策略如图7所示。
GFM型储能技术在国内外已有多座示范工程相继投入,部分示范工程见表2。国内各地区根据实际需要,开展GFM型储能电站主动支撑能力的验证。其中,新疆公司对阿克陶GFM型储能电站进行性能测试,其储能系统容量为5 MW/10 MW·h,由4个1.25 MW/2.50 MW·h储能单元组成,每个储能单元由2组1.25 MW·h电池堆分别经2台625 kW的PCS逆变成交流电(630 V),2台PCS交流侧并联接入升压变的低压绕组,每台升压变的变比为37 kV/0.63 kV,容量3 150 kVA,PCS均采用构网型控制。测试内容涵盖故障电压穿越能力测试、一次调频测试、阻尼特性测试等,部分测试结果如下。
设置低电压穿越至0.50Un、0.25Un时,测试结果如图8图9所示;低电压穿越至0.25Un时,跟网型和构网型支撑电压波形对比如图10所示。图8图10中:UAB为AB线电压,IA为A相电流,P为有功功率,Q为无功功率,Iq为无功电流。可看出,在低电压穿越测试期间,相比跟网型储能系统,构网型储能系统可支撑电网稳定运行未脱网,且在电压跌落期间最大可提供2.9倍的无功电流,支撑电压恢复。
在不同频率阶跃工况下,构网型储能系统一次调频测试结果如图11图12所示。在不同调频系数下,构网型储能系统一次调频能力对比如图13所示,其中频率变化为50.00~50.52 Hz,死区0.50 Hz,频率变化率1.00 Hz/s,惯性时间常数Tj=3,阻尼系数为0.02。可看出,在频率变化过程中,构网控制下储能单元能主动进行频率支撑。同时将储能单元有功调频系数Kf由38.5减小为20.0,储能参与一次调频有功功率减小,一次调频能力与有功调频系数成正比。
设定频率变化为50.00→49.50 Hz时有功功率响应波形图14所示,惯性时间常数Tj=12,Kf=0。可看出,在一定范围内阻尼系数越大,有功功率振荡幅值与周期越小,越能够快速稳定。构网型储能表现出类似同步机的阻尼控制能力,可有效抑制有功振荡,提升运行动态稳定性。
本文围绕GFM型储能支撑高比例新能源并网稳定运行中存在问题展开研究,具体总结如下。
1)首先,研究GFM型储能支撑高比例新能源并网稳定运行机理。GFM型储能技术使PCS近似为具有低串联阻抗的电压源。基于此,对不同类型的并网型新能源发电系统进行建模分析,可知GFM型控制采用功率控制来实现同步,无需PLL提取电压及相位,其具备对外部系统的相位角变化做出响应的能力,并根据需要为电网提供额外的有功及无功功率。并且,GFM型并网逆变器接入电网后,可减小电网阻抗,同时由于电网阻抗在低频段也是感性的,因此二者交互不易引发不稳定,有利于新能源发电单元的稳定并网运行。
2)对若干种提升电网稳定性技术特性进行对比,可知相较于GFL型PCS、同步发电机、同步调相机、电网支撑型SVG,GFM型储能技术在支撑电网调频、调压能力、惯量和阻尼支撑能力等方面有一定的优势。同时考虑储能本体SOC、系统参数、储能PCS电流和功率约束,研究考虑多时变参数的GFM型储能系统模型建立方法。
3)其次,提出海量GFM型储能设备并网振荡产生机制分析方法。基于分析阻抗模型特性,提出可以采用控制单一变量的思想研究不同参数变化对海量GFM型储能并网振荡特性的影响及变化规律,揭示线路电抗、电网电抗、虚拟惯量和阻尼系数对系统振荡的影响规律,形成海量GFM型储能设备并网振荡产生机制分析路线。
4)在电压指令中增加特定的激励分量,并采集和提取信号,以获得系统阻抗,最终形成基于信号注入的GFM型储能设备并网系统阻抗动态辨识技术。基于此,提出海量GFM型储能设备并网系统阻抗重构策略技术路线。包括借助加入有源阻尼进行虚拟阻抗控制,同时,引入电压前馈控制进一步提高系统稳定裕度,实现系统并网振荡抑制。
5)列举GFM型储能技术在国内外16项示范工程,并给出部分阿克陶GFM型储能电站并网性能测试结果图,包括故障电压穿越能力测试、一次调频测试、阻尼特性测试。验证了构网型储能技术对电网稳定运行的主动支撑能力。
  • 2024年国网新疆公司科技项目(SGXJDK00XXJS2400110)
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2025年第54卷第3期
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doi: 10.19666/j.rlfd.202406165
  • 接收时间:2024-06-04
  • 首发时间:2026-03-06
  • 出版时间:2025-03-25
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  • 收稿日期:2024-06-04
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Technology project of State Grid Xinjiang Company in 2024(SGXJDK00XXJS2400110)
2024年国网新疆公司科技项目(SGXJDK00XXJS2400110)
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    国网新疆电力有限公司电力科学研究院,新疆 乌鲁木齐 830011
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2种不同金属材料的力学参数

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种数
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species
占总种数比例
Percentage of
total species (%)

Genus
种数
Number of
species
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Percentage of total
species (%)
鹅膏菌科Amanitaceae 2 11 5.26 鹅膏菌属 Amanita 10 4.78
小菇科 Mycenaceae 2 12 5.74 丝盖伞属 Inocybe 5 2.39
多孔菌科 Polyporaceae 8 14 6.70 蜡蘑属 Laccaria 5 2.39
红菇科 Russulaceae 3 23 11.00 小皮伞属 Marasmius 6 2.87
小菇属 Mycena 11 5.26
光柄菇属 Pluteus 5 2.39
红菇属 Russula 17 8.13
栓菌属 Trametes 5 2.39
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