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Complete Starter System for Solar Cell Research
The PV Characterization Starter Kit is an ideal entry point for researchers, students, and laboratories beginning work with solar cells. By combining a compact indoor Solar Simulator with a powerful 4 channel Source Measure Unit, it provides everything needed to start measuring and optimizing photovoltaic devices in a single, integrated setup.
Accurate Light Simulation for Realistic Testing
At the heart of the system is a compact indoor light simulator designed to reproduce realistic illumination conditions in the 390–700 nm range. With six independently tunable LED channels, it can accurately simulate both indoor and outdoor spectra, including an AM1.5G setting. Class A ratings for spectral uniformity and temporal stability ensure reliable and consistent measurements, while the lightweight design and user-friendly software make it easy to operate in laboratories, offices, or teaching environments.
High-Precision Source Measure Unit for PV Characterization
Paired with the simulator is an advanced Source Measure Unit (SMU) built for precise solar cell characterization and research. Featuring multiple input channels, customizable power options, and intuitive control software, it offers exceptional flexibility for testing and optimizing solar cell devices and modules. Each channel supports full maximum power point tracking (MPPT) and 4-quadrant operation with 16-bit resolution across multiple ranges, enabling highly accurate electrical measurements.
Integrated Data Collection and Environmental Monitoring
The system also includes additional functionality for broader experimental setups. Extra channels allow integration of temperature and relative humidity probes, while a built-in 5-channel general-purpose datalogger supports a wide range of inputs and outputs, making it easy to monitor environmental conditions and collect complementary data during experiments.
Perfect for Students, Labs, and Researchers Entering PV Testing
Together, the solar simulator and Source Measure Unit form a complete and accessible platform for photovoltaic characterization, making this bundle a powerful and practical starting point for anyone getting into solar cell research and testing.
Source Measure Unit
A High Power System with 4 Channels
5,000 mW/Channel, 2/4-Point Measurements
Operation Range: -17.5V to +17.5V / 1000mA
Size: 405 mm x 153 mm x 95 mm (WxDxH)
16-bit Resolution
Banana Plugs (4 mm) for Robust and Versatile Connection to Solar Cells
Fully Independent Maximum Power Point Tracking (MPPT) on All Channels
Datalogger That Accepts a Large Range of Probes (Resistive, Voltage, Current, Source V / Measure I, Source I / Measure V, Pt100)
Operates From 110-240 VAC
CE Certified - CSA/UL Compliant
5-inch Touch Screen
Compatible With the infinityPV ISOSun Solar Simulator and ISOS-L-3 Chamber
Free Software Available Online that simplifies data logging while recording IV or MPP data
ISOSun Vis Solar Simulator
Adjustable spectrum (390–700 nm) with six tunable LED channels (UV, blue, green, amber, red, white)
Class A spectral uniformity and Class A short- and long-term temporal stability
Overall intensity and relative spectral tuning, including AM1.5G setting (0–47,500 lux)
Compact design (37 × 22 × 22 cm, 5.8 kg) for easy lab or office placement
Free software for spectrum matching to reference standards
Suitable for small to medium-sized indoor PV
Total intensity: 0–131,400 lux (UV: 0–14,490, Blue: 0–52,900, Green: 0–28,200, Amber: 0–9,580, Red: 0–13,400, White: 0–54,500)
Spatial uniformity: Class A (30 mm), Class B (40 mm), Class C (55 mm)
Optional Accessories
CalCell Reference Device — a calibrated photodiode and filter to calibrate light intensity precisely at your sample’s position. Unlike internal reference diodes, the CalCell accounts for factors like sample geometry, fixture, and position, ensuring confidence in your experimental results.
Temperature and Relative Humidity Probe — a temperature and relative humidity probe that logs temperature and relative humidity data over time, providing valuable environmental insights.
Free IV and Lifetime Software
Our intuitive software platform simplifies data logging by recording IV or MPP data, ensuring accurate and well-formatted records across various sensor types. Continuously updated to stay cutting-edge and provide the latest features and improvements.
