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Power HILS

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PHIL 구성

PHIL(Power Hardware-in-the-Loop) 은 기존 HILS(Hardware-in-the-Loop) 의 연장선상으로
기존 HILS와 높은 전력을 발생할 수 있는 Power Amplifier의 결합으로 구성된다.

PHIL 장점

  • · HILS에서 Power Amplifier를 추가함으로써 실제 계통과 연결될 장치(Device)들의 평가 가능
  • · 전기회로는 물론 DUT(devices Under Test)사이의 높은 전력의 흐름을 시뮬레이션 가능
  • · 파라미터 변화폭에 따른 장치 성능
  • · 여러 가지 특징적인 상황에 대한 하드웨어 성능 검증
  • · 고장 상황에 따른 동작 성능 검증
  • · 일반적인 아날로그 벤츠 및 동력계보다 유연성 및 안정성이 뛰어난 고 정밀 시뮬레이션 가능
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PHIL 적용 분야

Grid Applications
· Grid Emulator (50, 60, 400 Hz)
· Grid Load
· PV - Inverter Em
· Wind-Generator Emulation
· Grid Inverter Emulation
Microgrid Applications
· Motor Applications
· Motor / Generator Emulator
· Drive Inverter Emulator
· Frequency Inverter Emulator
Aerospace / Military
· 400 Hz Supply Grid Emulator
· DC - Supply Emulation
· 400 Hz Aerospace Device Emulator
· AC - DC Coupllng Emulator
Automotive Applications
· Electrical Drive Train Emulation
  • - Battery Emulator
  • - Drive Inverter Emulator
  • - Motor Emulator
· eVehicle Applications
  • - eVehicle Charging Station Emulator
  • - Test Bench for Charging
Transportation
· Supply Grid Emulator
· Machine Emulator
· Inverter Emulator
· Electrical Drive-Train Emulation

Model validation & parameter identifications
as required for HIL and SIL

Simulator Platform Comparison Chart

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OP4512
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OP4610XG
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OP5705XG
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OP5707XG
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OP5033XG
OP4512 OP4610XG OP5705XG OP5707XG OP5033XG
Rack Unit 2U 3U 5U 5U 4U
Compatible
Software Platforms		 RT - LAB ㅣ HYPERSIM RT - LAB ㅣ HYPERSIM RT - LAB ㅣ HYPERSIM RT - LAB ㅣ HYPERSIM RT - LAB ㅣ HYPERSIM
Available Software
Toolboxes
& Add-ons 		ARTEMiS
eHSx64/32
ePHASORSIM
Orchestra
RT-XSG		 ARTEMiS
eHSx64/32
ePHASORSIM
Orchestra
RT-XSG		 ARTEMiS
ePHASORSIM
EXata CPS
Orchestra
RT-XSG		 ARTEMiS
eHSx128/64
ePHASORSIM
EXata CPS
Orchestra
RT-XSG		 ARTEMiS
ePHASORSIM
EXata CPS
Orchestra
RT-XSG
CPU Family Intel® Xeon® E3 AMD Ryzen™ 5 2nd Generation Intel® Xeon® Scalable Processors 2nd Generation Intel® Xeon® Scalable Processors 2nd Generation Intel® Xeon® Scalable Processors
CPU Specifications Available with the following configuration:*

Xeon® 4 cores, 3.7 GHz		 Available with the following configuration:*

Ryzen™ 6 cores, 3.8 GHz		 Available with the following configurations:*

Xeon® 4 cores, 2.60 GHz
Xeon® 4 cores, 3.80 GHz
Xeon® 8 cores, 3.80 GHz
Xeon® 16 cores, 3.30 GHz		 Available with the following configurations:*

Xeon® 4 cores, 3.80 GHz
Xeon® 8 cores, 3.80 GHz
Xeon® 16 cores, 3.30 GHz		 Available with the following configurations:*

Xeon® 4 cores, 2.60 GHz
Xeon® 4 cores, 3.80 GHz
Xeon® 8 cores, 3.80 GHz
Xeon® 16 cores, 3.30 GHz
Xeon® 44 cores, 2.10 GHz
XILINX® FPGA Kintex®-7 410T Kintex®-7 410T Artix®-7 Virtex®-7 485T Artix®-7 (optional)
SFP optical interface
(GTX 5 Gbits/s)		 4 4 4 16 4
(optional)
I/O modules with 16 analog or 32 digital signals 4 4 8 8 n/a
Available PCI Express Slots for communication cards 1 2 4 or 5** 4 or 5** 5 or 6**
Maximum number of I/O channels 140 140 256 256 n/a

*or equivalent **depending on CPU configuration

OP1420 : PHIL Microgrid Test Bench, OP8110 : PHIL 4Q Power Amp

Software Description

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HYPERSIM eMEGASIM ePHASORSIM eFPGASIM
Industries Power Systems Simulation Power Systems and Power
Electronics Simulation		 Power Systems Simulation Power Electronics Simulation
Applications Protection Systems, Power
System Controls,
Wide-Area Monitoring Protection and
Control, Cybersecurity, Microgrid,
Distribution		 Protection Systems, Power
System Controls, Modular
Multilevel Converter (MMC),
Microgrid, Onboard Power
Systems, Hybrid and Electrical
Transportation, Cybersecurity		 Wide-Area Monitoring Protection
and Control, Power System
Controls, Cybersecurity		 Energy Conversion Controls,
Hybrid and Electrical Transportation,
Power System Controls
Simulation type EMT domain EMT domain Phasor domain EMT domain
Typical time step Network solution : 5-100μs
Switches and converters :
200ns - 2 μs		 Network solution : 10-100μs
Switches and converters :
200ns - 2 μs		 1ms - 10ms 200ns - 2 μs
Compatible modeling
environments		 HYPERSIM, Simulink, Simscape
Power System		 Simulink, Simscape Power
System		 Simulink, Excel, PSS®E, CYME,
Power Factory, ETAP, FMU
(Open Modelica and Dymola)		 Simulink, Simscape Power
System, PLECS, PSIM and NI
Multisim
Maximum tested
real-time network size		 9,000 3-phase nodes
(27,000 nodes)		 300 3-phase nodes (900 nodes) 108,000 1-phase nodes n/a
Maximum non
real-time network size		 Unlimited 1,500 3-phase nodes
(5,000nodes)		 Unlimited n/a
Capability per CPU
core or per FPGA		 75 3-phase nodes
@ 50 us(200 switches)		 n/a 10,000 nodes @ 10 ms 288 states / 128 switches*
Features
  • · Automatic parallelization of
    computation
  • · Windows-based offline
    simulation to prepare to real-time
  • · Test automation tool and Python API
  • · On-the-fly parameter modification
    during simulation
  • · COMTRADE playback
  • · Compatibility with Simulink
    for controls
  • · Dedicated SSN solver
  • · API : Python, C, Java, LabVIEW
  • · Multi-physical domain simulation
  • · Positive sequence and unbal-anced
    networks
  • · Load flow (positive sequence)
  • · Simulation of very large mixed
    T&D networks
  • · Automatic scripting
  • · FPGA compilation not required
  • · 200 kHz PWM I/O
  • · Rich library of electrical motors

Applications

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