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SIS1000 SOLAR CELL ARRAY SIMULATOR (PV SIMULATOR)

Series:

Product Applications: ▲Mining and industrial enterprises, scientific research institutions, research institutes, factories, laboratories ▲Solar panel simulation; DC microgrid ▲Inverter manufacturers, inverter aging

Product Inquiry

Details

Product Features

◆ Power Capacity: 600W--1500kW

◆ Simulates solar panel output characteristics (domestically pioneered)

◆ Simulates I-V curves under different light and temperature conditions

◆ Simulates the output characteristics of various solar cells through the fill factor

◆ Simulates the I-V curve when the solar panel is shaded

◆ Tests MPPT under static and dynamic conditions

◆ MPPT operating point is displayed in real time on the host computer software

◆ Features a constant power mode

◆ Features a constant internal resistance mode, allowing for internal resistance setting

◆ Features powerful graphical host computer software

◆ High voltage regulation accuracy, low ripple voltage

◆ Uses a 16-bit high-speed ADC for fast and accurate measurement

◆ Uses ARM and DSP dual-CPU control

◆ Uses full-bridge phase-shift soft switching technology

◆ Dynamic stability optimized using Matlab simulation

◆ Uses high-speed DSP for PID calculation, directly outputting PWM

◆ The transformer uses an amorphous iron core, which has the characteristics of high saturation magnetic induction intensity, high magnetic permeability, high inductance, low loss, small size, light weight, strong anti-electromagnetic interference ability, excellent frequency characteristics, and high temperature stability

◆ Quickly stores 9 sets of data (voltage, current, power)

◆ Features overvoltage, overcurrent, overtemperature, and short-circuit protection functions

◆ Voltage, current, and time settings are input via digital buttons for high accuracy;

◆ Features an RS232C communication interface (RS485, GPIB optional)

◆ Complies with EN50530/Sandia/CGC-GF004 standards

Product Principle

Simulates solar array I-V curves in multiple modes:

Host Computer Software

Product Specifications

SIS1000 Series Solar Cell Simulator

Model

SIS1010

SIS1015

SIS1020

SIS1030

SIS1060

SIS1090

SIS1150

SIS1400

SIS1750

SIS1500

Capacity

10KW

15KW

20 KW

30KW

60KW

90KW

150KW

400KW

750KW

1.5MW

Manufacturing Method

Switch PWM

Input

Phase

3φ5W

Voltage

380V±10%

Frequency

50Hz±10%

Output

Voltage

Current

300VDC

40A

60A

80A

120A

240A

600VDC

20A

30A

40A

60A

120A

180A

1000VDC

12A

18A

24A

36A

72A

108A

180A

480A

900A

1800A

Ripple

0.8% FS (Full Scale) Voltage

Power Supply Regulation Rate

±0.1% FS

Load Regulation Rate

±1% FS

Voltage Resolution

V0 < 1000V: 0.1V; V0≥ 1000V: 1V

Current Resolution

Output Io < 1A: Resolution 0.01A; Output 100 A > Io≥10A: Resolution 0.01A; Output 1000A

> Io≥100A: Resolution 0.1 A; Output lo≥1000A: Resolution 1 A;

Power Resolution

Power < 10KW, Resolution 1W, Power ≥ Resolution 0.1KW

LCD Display

Voltage, Current, Power, Time

Setting Items

Voltage Adjustment

0 - 100% rated voltage adjustable

Current Adjustment

0 - 100% rated current adjustable

Power Adjustment

0 - 100% rated power adjustable

Setting Accuracy

Voltage

±0.8% FS

Current

±1% FS

Power

±1% FS

Measurement Accuracy

Voltage

±0.5% FS±5 dgt

Current

±0.5% FS±5 dgt

Power

±0.8% FS±5 dgt

Number of Storage Groups

Total 9 groups, each group can store voltage and current values, and can be quickly and easily called

Remote Control Mode

Combined with the host computer, it can output a single or up to 1000 I-V curves, specific functions see the host computer software instructions

SAS Mode

Simulates different solar panel I-V curve outputs through user-defined settings, specific functions see the host computer software instructions

Current Limit Setting

O-Max Current (Overcurrent protection, output stops when the current setting is exceeded)

Voltage Limit Setting

O-Max Current (Overvoltage protection, output stops when the voltage setting is exceeded)

Protection

Overvoltage, Overcurrent, Overtemperature, Overload, Short Circuit

Cooling Method

Forced Fan Cooling

Weight (Kg)

160

240

400

1200

2000

3500

Volume

430x133x560

430x178x560

430x266x560

700x1200x1400

900x1500x1640

1000x1580x1800

Operating Environment

0 - 40'C 20-80%RH (Non-condensing)

See table below:

SIS1000 Series Solar Cell Simulator

Model

SIS1000

SIS1003

SIS1008

Capacity

600W

3KW

6 KW

Manufacturing Method

Switch PWM

Input

Phase

1φ2W

Voltage

220V±10%

Frequency

50Hz±10%

Output

Voltage

Current

65VDC

12A

56A

100A

120VDC

25A

50A

Ripple

0.8% FS (Full Scale) Voltage

Power Supply Regulation Rate

±0.1% FS

Load Regulation Rate

±1% FS

Voltage Resolution

V0 < 1000V: 0.1V; V0≥ 1000V: 1V

Current Resolution

Output Io < 1A: Resolution 0.01A; Output 100 A > Io≥10A: Resolution 0.01A; Output 1000A

> Io≥100A: Resolution 0.1 A; Output lo≥1000A: Resolution 1 A;

Power Resolution

Power < 10KW, Resolution 1W, Power ≥ Resolution 0.1KW

LCD Display

Voltage, Current, Power, Time

Setting Items

Voltage Adjustment

0 - 100% rated voltage adjustable

Current Adjustment

0 - 100% rated current adjustable

Power Adjustment

0 - 100% rated power adjustable

Setting Accuracy

Voltage

±0.8% FS

Current

±1% FS

Power

±1% FS

Measurement Accuracy

Voltage

±0.5% FS±5 dgt

Current

±0.5% FS±5 dgt

Power

±0.8% FS±5 dgt

Number of Storage Groups

Total 9 groups, each group can store voltage and current values, and can be quickly and easily called

Remote Control Mode

Combined with the host computer, it can output a single or up to 1000 I-V curves, specific functions see the host computer software instructions

SAS Mode

Simulates different solar panel I-V curve outputs through user-defined settings, specific functions see the host computer software instructions

Current Limit Setting

O-Max Current (Overcurrent protection, output stops when the current setting is exceeded)

Voltage Limit Setting

O-Max Current (Overvoltage protection, output stops when the voltage setting is exceeded)

Protection

Overvoltage, Overcurrent, Overtemperature, Overload, Short Circuit

Cooling Method

Forced Fan Cooling

Weight (Kg)

Volume

430x133x560

Operating Environment

0 - 40'C 20-80%RH (Non-condensing)

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