9510 再生电网模拟器
9510 再生电网模拟器是行业领先的解决方案,用于测试和验证符合全球监管测试标准的大功率并网应用。 9510 具有用于电源硬件在环 (PHIL) 应用的内置功率放大器模式,为研究实验室提供了理想的进一步测试和模拟能力。 模块化和可扩展的功率可用于 100kW 模块,最高 1.2MW。可编程频率在 30Hz 和 120Hz 之间。输出可以是交流、直流或交流+直流,交流可以是单相、分相或三相。凭借广泛的功率、频率和相位配置选项,9510 提供了最大的灵活性来测试最广泛的并网产品选择。
应用包括所有公用电网连接产品的工程开发、合规性验证和制造。立即申请: 分布式能源、储能系统、太阳能光伏和车辆到电网 (V2G) 测试、评估和认证
产品特点
为 PHIL 应用优化的再生 AC/DC 电网模拟器和功率放大器
模块化和可扩展的交流电源从 100kW 到 1.2MW
交流负载选项:模块可配置为再生交流/直流电网模拟器或 4-Q 交流负载
最宽的真功率工作包络(电压和电流)
电流隔离 – 输出,通道到通道 UUT
功率密度最高,占地面积小
多相和直流功能涵盖所有公用电源和负载要求
可编程三相、分相或单相
强大的波形合成器与高分辨率数字化仪相结合,可满足广泛的测试和评估要求。
适用于法规测试标准:UL 1741SA、IEEE 1547、IEC 62116、IEC 61000-4-11(预合规)、4-13、4-14、4-28 等。
优点和好处
为 PHIL 应用优化的再生 AC/DC 电网模拟器和功率放大器
从 100kW 到 1.2MW 的模块化和可扩展交流电源
同一单元可以作为主或并行辅助单元
现场可扩展以满足未来增加的电力需求
最宽的真功率工作范围
广泛的功率因数
宽电压范围(150V 至 350V 全功率)
为不同电压并网产品提供额外电流
配置灵活性:
输出可以是交流、直流或交流+直流
交流电可以是单相、分体式或三相
全直流输出功率
完全隔离设计:
设施输出和通道到通道
高达 1286VL-L 的高压远程感应
独立的电压和电流测量范围提供更高的测量精度
可扩展功率从 100kw 模块到 1.2MW,可满足未来增加的功率需求。同一单元可作为主单元或并联辅助单元。
最广泛的真实功率运行范围涵盖最广泛的并网产品选择与单一产品。 (电压:150V至350V满功率)
PHIL 的功率放大器模式具有 50μs 的低延迟,可模拟真实世界条件
高精度电流测量可提高性能并优化测试。
内置电流隔离消除了对外部变压器的需求并简化了测试设置。
具有低延迟的 PHIL 放大器模式
9510 可通过低延迟、每相模拟输入进行外部控制。此功能可放大来自实时仿真系统的控制信号,用于电源硬件在环 (PHIL) 测试。双量程输出确保了 PHIL 仿真的最大灵活性和准确性。
低电压穿越和区域电力系统扰动模拟
9510 Grid Simulator 可以通过宏和用户可定义波形的组合直接模拟常见的电力线干扰,例如低压穿越 (LVRT) 测试模式。宏是预先编程的设置序列,通过菜单驱动界面输入,下载到网格模拟器,并执行以提供对输出的精确控制。此方法用于生成 LVRT 测试模式、子周期和多周期更改,以覆盖几乎所有需要的输出。
示例波形
模拟各种波形,包括 LVRT 模式、瞬态异常、电压谐波或任何其他可绘制为单个周期的不规则波形。
技术参数
MODEL NUMBER | 9510-50 | 9510-75 | 9510-100 | 9510-200 | 9510-300 | 9510-400 | 9510-500 | 9510-1000 | 9510-1200 | |
Description | 50kW | 75kW | 100kW | (Only 100kW cabinet can support parallel expansion up to 1.2 MW3) | ||||||
AC Output Ratings | ||||||||||
Operating Modes | 4-Quadrant with Programmable Voltage (CV), Power Amplifier (PHIL), Optional AC Load | |||||||||
Output Configurations | 3 independent set per channel 3 x 1Φ (AC or DC), 2Φ + 1Φ (AC or DC), or 3Φ AC outputs | |||||||||
Power, Max (1Φ or 3Φ) | 50kW/118kVA | 75kW/177kVA | 100kW/236kVA | 200kW/472kVA | 300kW/708kVA | 400kW/945kVA | 500kW/1181kVA | 1000kW/2362kVA | 1200kW/2835kVA | |
Current Ranges (RMS per Φ) | 25, 112.5 A | 50, 168 A | 50, 225 A | 100, 450 A | 150, 675 A | 200, 900 A | 250, 1125 A | 500, 2250 A | 600, 2700 A | |
Current Ranges (RMS 1Φ Mode) | 75, 337.5 A | 150, 506 A | 150, 675 A | 300, 1350 A | 450, 2025 A | 600, 2700 A | 750, 3375 A | 1500, 6750 A | 1800, 8100 A | |
Frequency | 30 – 120Hz (10 mHz resolution) | |||||||||
Voltage Ranges | 10 - 175, 10 - 350VRMS L-N (Split Phase 10-125, 20-250V Max) | |||||||||
Voltage Accuracy | ± 0.1% F.S. | |||||||||
Programming Resolution | 0.01V | |||||||||
Load Regulation | ± 0.02% | |||||||||
Distortion (THD)1 | 0.45% (Typical) 0.65% (Max)<70hz no="" load="" to="" full="">70Hz no load to full load | |||||||||
Slew Rate | 1V/μS (10% to 90% measured at 90 degree turn-on into resistive load) | |||||||||
Waveforms | Sine, n-Step Sine, Triangle, Clipped-Sine, Arbitrary (user defined) | |||||||||
Phase Angle Control | 0 to 359 degrees / 0.1 degree resolution | |||||||||
DC Output Ratings | ||||||||||
Operating Modes | DC Constant Voltage (CV), Constant Current (CC), Constant Power (CP), Power Amplifier (PHIL), Optional DC Load | |||||||||
Power Max (1ch or 3ch) | 50 kW | 75 kW | 100 kW | 200 kW | 300 kW | 400 kW | 500 kW | 1000 kW | 1200 kW | |
Current Ranges (Per Ch.) | 25, 100 A | 50, 150 A | 50, 200 A | 100, 400 A | 150, 600 A | 200, 800 A | 250, 1000 A | 500, 2000 A | 600, 2400 A | |
Current Ranges (1 Ch.) | 75, 300 A | 150, 450 A | 150, 600 A | 300, 1200 A | 450, 2400 A | 600, 2400 A | 750, 3000 A | 1500, 6000 A | 1800, 7200 A | |
Voltage Ranges | 10 - 200, 10 - 400 VDC | |||||||||
Ripple | < 400mV RMS (into resistive load) | |||||||||
Power Amplifier Mode | ||||||||||
Control Method2 | Analog Input ±10V PK-PK amplified to ±247.5V PK-PK (low range) and ±495V PK-PK (high range) | |||||||||
Latency (input-output) | 50 uS typical | |||||||||
AC & DC Measurements | ||||||||||
Peak Voltage | 406V / 724V RMS | |||||||||
Accuracy | 0.1% Reading + 0.1% F.S. (AC RMS or DC) | |||||||||
Resolution | 0.005% F.S. | |||||||||
Peak Current (per Ch.) | 167, 500A per channel | |||||||||
Accuracy | 0.1% Reading + 0.1% F.S. (AC RMS or DC) | |||||||||
Resolution | 0.005% F.S. | |||||||||
Peak Power | V Range x I Range | |||||||||
Accuracy (kW or kVA) | 0.1% Reading + 0.1% F.S. | |||||||||
Resolution | 0.005% F.S. | |||||||||
Additional Measurements | Energy (Ah, kWh, kVAh), AC Crest Factor, AC Power Factor, True Power (P), Reactive Power (Q), Waveform Capture | |||||||||
Waveform Digitizer | ||||||||||
Data Acquisition | Output Voltage AND Current | Aperture Time | 1 cycle to 64s | |||||||
Sample Rate | 125 k Samples / sec | Accuracy | 0.5% Range | |||||||
Memory Depth | 64k Samples (V & I per Φ) | |||||||||
Control | ||||||||||
Local User Interface | Built-in Touch-Panel and PC-Based software tools including graphical user interface | |||||||||
External System Comm | LAN (Ethernet) supporting SCPI | |||||||||
Drivers | NI-Compliant LabVIEW Drivers | |||||||||
Analog Current Monitor | [-10V, +10V] corresponds to ±Full Measurement Scale | |||||||||
Analog Voltage Monitor | [-10V, +10V] corresponds to ±Full Measurement Scale | |||||||||
Safety | ||||||||||
Isolation | Facility to Chassis – 1000V, Output to Chassis – 1000V, Output to Output Internal Isolation – 2000V | |||||||||
Module Protection | Self-protecting for over-voltage, over-current, over-power, and over-temperature | |||||||||
Physical | Emergency Stop and external Inter-Lock | |||||||||
Programmable Safety Limits | Min/Max Voltage, Current (per direction), and Power (per direction) with separate limits and time delay values | |||||||||
Watchdog Timer | Continuously monitors control communications | |||||||||
Physical | ||||||||||
Connectors | 2 x ½ inch stud terminals per channel (Total of six) + Ground | |||||||||
Cabinet Dimensions (HxWxD) | 78” x 28” x 39″ / 1980mm x 712mm x 990mm | |||||||||
Cabinet Weight | 1000lbs/454kg for 50kW cabinet; 1200lbs/545kg (for 75kW and 100kW cabinet) | |||||||||
Operating Temperature | 5 - 35°C (up to 95% RH non-condensing) | |||||||||
Input Power (Single 100kW Cabinet) | ||||||||||
Voltage | Universal Input – 380V to 480V ± 10% (L-L, 3 Phase, 50/60Hz). Output Power reduced to 90kW below 360VAC input. | |||||||||
Efficiency/Power Factor | Efficiency: > 90% typical (>92% at full power), Power Factor: > 0.95 typical (> 0.99 at full power) | |||||||||
Current per Φ | 168A@380V, 144A@400V, 134A@480V |