PRODUCT

Product
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Communication inverter variable frequency power supply


IPDC2000 SERIES DC FEEDBACK ELECTRONIC LOAD
Series:
The IPDC2000 series DC regenerative electronic load adopts a three-phase PFC regenerative design, pure digital PWM rectification technology, high power factor, low grid pollution, high output accuracy, fast dynamic response speed, and 100% energy feedback to the grid; it has a built-in BMS battery management system simulation function and an external national standard charging gun seat; power access and output interfaces, with electrical safety protection functions, THD and injected harmonic current meet national standard GB/T 14549-93; it also meets the requirements for power supply use in GB/T18488.1-2015, GB/T18488.2-2015, and GB/T29307-2012 test items; it can also be used for testing and aging of DC charging piles for new energy electric vehicles.

Details
Reference Execution Standard
GB/T 18487.1-2015 | Electric Vehicle Conductive Charging System Part 1: General Requirements |
GB/T 27930-2015 | Communication Protocol between Electric Vehicle Off-board Conductive Charger and Battery Management System |
GB/T20234.1-2015 | Connecting Device for Electric Vehicle Conductive Charging Part 1: General Requirements |
GB/T20234.3-2015 | Connecting Device for Electric Vehicle Conductive Charging Part 3: DC Charging Interface |
NB/T 33001-2010 | Technical Conditions for Electric Vehicle Off-board Conductive Chargers |
NB/T33008.1-2013 | Inspection and Test Specifications for Electric Vehicle Charging Equipment Part 1: Off-board Chargers |
Product Features
◆ Three-phase P.F.C feedback design, using DC/DC bidirectional conversion two-stage circuit, electrically completely isolated.
◆ 100% energy feedback, small grid current pollution, high input power factor:> 0.99, harmonic <3% during rated operation.
◆ Intelligent monitoring function, user-friendly human-machine interface, can be remotely controlled via CAN bus or PC.
◆ Has constant voltage (CV) and constant current (CC) operation modes.
◆ Built-in BMS battery management system simulation function, external national standard charging gun seat.
◆ Saves 75% of aging power consumption, reduces 80% of aging heat, and reduces 50% of equipment main power configuration.
◆ Equipment power-on self-check function, automatically detects the working status of instruments and meters upon power-on to ensure the safety of the testing process.
◆ Discharge current, discharge time, discharge capacity setting functions.
◆ Multiple automatic safety protection functions, short circuit, overcurrent, overload, overtemperature and other automatic protection, ensuring the safety and stability of the instrument during long-term high-current discharge.
◆ Using bidirectional PWM rectification technology, the power energy can be directly returned to the grid, with a feedback efficiency of over 85%.
◆ Power input and output interfaces with electrical safety protection functions.
◆ Has RS232, RS485, CAN and Ethernet ports.
◆ Voltage and current can be customized according to customer needs.
Product Specifications
IPDC2000 Series DC Regenerative Electronic Load | |||||||
Model | IPDC2050 | IPDC2100 | IPDC2150 | IPDC2200 | IPDC2300 | IPDC2500 | |
Capacity | 50KW | 100KW | 150KW | 200KW | 300KW | 500KW | |
AC Characteristics | Phase | 3Ф4+PE Three-phase four-wire + ground wire | |||||
Voltage | 380V±15% | ||||||
Frequency | 47Hz-63Hz | ||||||
Power Factor | ≥0.99 (rated power) | ||||||
Current Harmonics | ≤3% (rated power); high-quality discharge energy 100% feedback to the grid, high efficiency and energy saving, no pollution to the grid | ||||||
Power Mode | |||||||
Output | Voltage | Current | |||||
0-500V | ±0-150A | ±0-300A | ±0-450A | / | / | / | |
0-800V | ±0-90A | ±0-180A | ±0-270A | ±0-360A | ±0-540A | ±0-900A | |
0-1200V | ±0-60A | ±0-120A | ±0-180A | ±0-240A | ±0-360A | ±0-600A | |
Load Mode | |||||||
Constant Voltage Mode | Range | 0-Rated Voltage | |||||
Resolution | 0.1V | ||||||
Setting/Readback Accuracy | ≤0.1%FS | ||||||
Constant Current Mode | Range | 0-Rated Current | |||||
Resolution | 0.1A | ||||||
Setting/Readback Accuracy | ≤0.1%FS | ||||||
Constant Power Mode | Range | 0-Rated Power | |||||
Resolution | 0.1KW | ||||||
Setting/Readback Accuracy | ≤0.5%FS | ||||||
Constant Resistance Mode | Range | 1Ω-1KΩ | |||||
Resolution | 0.01Ω | ||||||
Setting/Readback Accuracy | ≤0.1%FS | ||||||
Voltage Ripple | 0.2%FS (full scale) | ||||||
Current Ripple | 0.3%FS (full scale) | ||||||
Power Supply Regulation Rate | ±0.1%FS | ||||||
Load adjustment rate | ±≤0.1% | ||||||
Time accuracy | Setting 0.1sec+0.1% | ||||||
Voltage resolution | VO<1000V:0.1V;VO≥1000V:1V | ||||||
Current resolution | Output lo<10A: resolution 0.001A;Output 100>lo≥10A: resolution 0.01A;Output 1000>lo≥100A: Resolution 0.1A;Output lo≥1000A: resolution 1A | ||||||
Communication interface | RS 232C[IEEE 488.2(GPIB) optional] | ||||||
Current limit setting | 0-MAX Current (power protection and output stop when exceeding the current setting value) | ||||||
Voltage limit setting | 0-MAX Current (power protection and output stop when exceeding the voltage setting value) | ||||||
Protection | Overvoltage, overcurrent, overtemperature, overload, short circuit | ||||||
Cooling method | Forced cooling with 2 fans | ||||||
Operating environment | 0-40℃ (0-40℃, customized for outdoor -20℃-50℃) 20-90%RH | ||||||
Product dimensions | 50K-100K:W800*H890*L1000mm;120K-150K:W1000*H2000*L850mm |

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