• Precise simulation of photovoltaic I-V curves (silicon, GaAs, and others)
• High-speed MPPT response (up to 250 Hz) with 500 kHz current loop
• Ultra-low output ripple and noise for accurate inverter testing
• Built-in PV models compliant with EN50530, Sandia, and other standards
• Multi-channel synchronous control with dedicated PV simulation software
• Programmable dynamic sequences (100 steps × 20 datasets)
• High voltage capability up to 1500 V DC for series testing
• Real-time data acquisition and graphical MPPT monitoring

• Solar inverter and microinverter testing
• Power optimizer validation
• Photovoltaic system R&D and performance verification
• Renewable energy laboratory testing
• Compliance testing according to PV standards (EN50530, Sandia)
• Academic and industrial research on solar energy systems

• Product Type: Solar Array Simulator (DC Power Supply)
• Series: IT-N2100
• Output Voltage: Up to 1500 V DC (common-mode withstand)
• Current Loop Speed: Up to 500 kHz
• MPPT Tracking Speed: Up to 250 Hz
• I-V Curve Resolution: Up to 4096 points
• Operating Modes: CC, CV, CP, fixed mode
• Programming: Dynamic list sequence (100 steps × 20 datasets)
• Display: 4.3” HD LCD
• Interfaces: LAN, USB, Digital I/O (SCPI supported)
• Form Factor: 2U half-rack (single channel)
• Protection: OVP, OCP, OPP, OTP

The IT-N2100 Series Solar Array Simulator is engineered to provide precise and repeatable simulation of photovoltaic (PV) array behavior for validation, R&D, and production testing. Unlike conventional DC power supplies, it dynamically reproduces the I-V curves of solar panels, allowing engineers to evaluate the performance of microinverters, power optimizers, and PV systems under varying environmental conditions such as temperature fluctuations, irradiance changes, and partial shading.

With a high-speed current loop response up to 500 kHz and MPPT tracking capability up to 250 Hz, the IT-N2100 ensures accurate emulation of real solar array behavior even in fast-changing test scenarios. Its low ripple and low noise output improve measurement integrity, particularly in applications where inverter efficiency and MPPT accuracy are critical.

The integrated PV simulation software supports multi-channel synchronization and advanced test profiles, including compliance with EN50530 and other industry standards. Flexible operating modes (CC, CV, CP) and programmable dynamic sequences allow detailed characterization of devices under test.

Designed for both benchtop and system integration, the IT-N2100 provides a scalable and reliable solution for solar energy testing applications. AV-TEK Consulting supports system configuration, integration, and validation to ensure alignment with your testing requirements and compliance objectives.