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SAS1100 solar cell matrix simulation software
The SAS1100 is a next-generation solar array simulator software designed for photovoltaic R&D and production line testing. It supports centralized control and monitoring of up to 100 channels, providing real-time display of each channel’s I-V/P-V curves and MPPT tracking under various irradiance and temperature conditions.
In addition to real-time monitoring, the SAS1100 offers parameterized and custom I-V curve editing with report export, supports dynamic simulation of irradiance and temperature variations over time, provides a curve library, and supports sequence execution where each curve can be assigned a specific duration and order. These functions enable long-term MPPT performance evaluation and multi-channel parallel testing.
The platform supports cross-series and cross-model integration within a group, and can operate in coordination with IT-N2100, IT6600, IT6000, and IT-M3900 series instruments, comprehensively improving inverter testing efficiency and consistency.
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Product Features
 Supports control of 100-channel solar array simulators
 Compatible with EN50530, SANDIA model, and user-defined parameters
 Static and dynamic MPPT performance testing
 Simulates output characteristics of various solar cells (monocrystalline, polycrystalline, thin-film)
 Simulates I-V curves under different irradiance and temperature conditions
 Graphical software interface for real-time MPPT monitoring of PV inverters
 Automatic I-V curve generation based on Vm, Pm, and regulatory points
 Supports four-point I-V curve configuration
 Configurable device parameters, regulatory settings, and protection thresholds (OV, OC, overpower, etc.)
 Data logging and report export for traceability and analysis
 LIST mode (coming soon)
Functions and Advantages

Typical Application

 

Applicable model list

 

 

SAS1100 - 100 Channels ● Flexible Grouping


SAS1100 supports up to 100 channels and allows flexible grouping (e.g., 20/30/50). It enables group-wide unified configuration—including irradiance, temperature, LIST (sequence), and protection thresholds—with one-click start/stop. The system supports bulk dispatch and synchronized output; within the same group, any setting change on a single channel is automatically synchronized to all channels, significantly improving parallel test efficiency and consistency. In non-grouped mode, each channel can run independently, facilitating individual stations or specialized validations.

 


Static & Dynamic MPPT Performance Test


For scenarios such as microinverters and power optimizers that require real-time maximum power point tracking, the SAS1100 not only simulates photovoltaic array I-V curves but also supports the simulation of irradiance and temperature variation curves to create static and dynamic test conditions.The SAS1100 enables Static/Dynamic MPPT performance verification in accordance with EN50530 and Sandia standards, combined with user-defined parameters (Voc, Isc, Vmp, Imp). It provides real-time display of I-V/P-V curves and MPPT trajectories, and continuously records and exports reports of key parameters such as instantaneous and average MPPT efficiency and maximum power point current (Imp), facilitating performance comparison and compliance evaluation. During operation, detailed test results can be viewed per channel in real time.


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