Solar Array Simulator (SAS):
Solar array simulation software, when used with a high-performance DC power supply, can accurately simulate the I-V curve of solar arrays. This system features precise measurements, high stability, and fast response times. With built-in parameters like Vmp (Voltage at Maximum Power) and Pmp (Power at Maximum Power), it can effectively generate the I-V curve output and produce reports. These capabilities greatly assist in testing both the static and dynamic maximum power tracking performance of photovoltaic inverters.
- Accurate Testing: Supports easy programming of key parameters like Vmp and Pmp, enabling precise I-V characteristic simulation and MPPT performance evaluation through comprehensive report generation.
- Shadow and Table Modes: Shadow mode creates and edits shielded I-V curves for dynamic shading tests, while Table mode enables I-V curve simulation under varying temperatures and irradiation for in-depth MPPT efficiency assessment.
- Multi-Channel and 24-Hour Simulation: Allows multi-channel MPPT testing, simulating real environmental conditions for micro-grids, distributed PV systems, and core equipment over a 24-hour period.
- High Voltage and Power Range: Output voltage up to 500V, with a maximum power capacity of 5kW.
- Multi-Channel MPPT Support: Supports up to 2 power supplies, enabling comprehensive testing for multi-channel MPPT (Maximum Power Point Tracking).
- Built-in I-V curve mathematical formulas simulate accurate I-V output.
- Capable of simulating output characteristics of various solar cell types, including monocrystalline, polysilicon, and thin-film cells, with customizable Fill Factor (FF).
- Dynamic simulation of I-V curves under varying temperature and irradiation conditions, including shadowed scenarios.
- Graphical Interface: Real-time monitoring and display of MPPT states in PV inverters, with a user-friendly, graphical software interface.
- Automated Program Control: Supports auto-programming of I-V curves through key parameters like Vm, Pm, FF, cell materials, and regulatory points.
- High-Resolution Control: Allows for precise I-V curve programming with up to 100 x 128-point curves and a 4096-point matrix.
- Versatile Curve Management: Pre-program multiple I-V curves (Vmp, Imp, Voc, Isc) with the ability to switch configurations online for continuous testing adaptability.
- List Mode: Facilitates quick access to pre-defined test scenarios, enhancing efficiency and flexibility in testing processes.
- MPPT Circuit and Algorithm Testing:
- Inverter MPP Voltage Range Validation:
- Static MPPT Efficiency Verification:
- Dynamic Curve MPPT Testing:
- Electrical Parameter Validation:
- Partial Shading MPPT Testing
- Inverter Safety Testing
- Micro-Grid Control Verification
- Day-Long MPPT Performance Validation
- Inverter Efficiency Measurement
- Total Capacity: 3kW
- Supply Voltage: 230V AC, 50Hz
- Channels: 2
- Short Circuit Current (Isc) per Channel: 0 to 15 A
- Open Circuit Voltage (Voc) per Channel: 0 to 120 VDC
- Max Output Power per Channel: 1500 W
- Parallel Channels: Up to 2
- Max Absolute Output Voltage: 120 VDC
- Voltage Slew Rate Range: 0.01 V/ms to 2 V/ms
- Current Slew Rate Range: 0.01 A/ms to 1 A/ms (or
- Output Connector: Banana Type
- Output Connector Leads: 4
- Usage: Indoor Only
MATVIEW SAS2000 Solar Array Emulator:
Key Features and Benefits:
The SAS2000 is an all-in-one solution for reliable and accurate testing of photovoltaic power systems, ideal for optimizing system performance across diverse conditions.
Features
Advanced Solar Array Simulation:
The MATVIEW SAS2000 is engineered to support a broad spectrum of photovoltaic system testing requirements, providing a robust tool for performance analysis and optimization.
Applications
Graphical software interfface
The performance of solar cells varies due to factors like weather, season, temperature, irradiation, and cloud cover, affecting their I-V characteristics. To maximize efficiency, PV inverters use MPPT (Maximum Power Point Tracking) to continuously adjust the cell's operating point to stay near its peak power output.
The SAS2000 Solar Array Simulation Software enables realistic lab simulation of solar cell arrays, allowing static and dynamic MPPT performance testing for photovoltaic inverters. It supports pre-programmed I-V curves (Vmp, Imp, Voc, Isc) and includes an online switching function. Users can also adjust parameters like Voc, Vmp, Isc, Imp, illuminance, and temperature in real-time, ensuring precise, accurate testing.
The software includes Shadow, Table, and List modes, allowing users to program arrays of 128-4096 points to simulate dynamic shadow effects. Users can also draw I-V curves under various temperature and irradiation conditions, supporting long-term MPPT performance evaluation under diverse climates.
