measurement solutions for the mass production of solar modules
Accurate performance measurement is vital in module production. Final quality control with an IV tester is the last step in the production process before a solar module leaves the factory. halm offers module testers that are able to measure all available module technologies and cater to various factory layout requirements.
Our module testers are available with an A+A+A+ rating according to the latest IEC60904-9 Ed. 3.0 standard and are designed to produce reliable results 24/7, all year round.
Explore the range of our products below or get in touch to discuss your ideas with us.
IUCT-Q2
The IUCT-Q2 is a high-precision IV tester with xenon flasher designed for measurements of photovoltaic modules in demanding production environments. The system is built for all current module sizes.
The advanced sun simulator delivers remarkably stable irradiance across long flash durations, ensuring reliable results with every test. The system combines halm's sophisticated IV curve tracer with single-flash advanced hysteresis technology, specifically addressing the measurement challenges of high-capacitance modules.
With its space-saving upward-flash design, the IUCT-Q2 eliminates additional housing requirements, making it ideal for production environments with restricted floor space. The system can be equipped with a fully automated module transport and contacting system mounted directly on the flasher unit.
IUCT-M-L
The IUCT-M-L is a complete high-precision sun simulator and inline system for the IV measurement of solar modules. Its unique programmable pulsed solar simulator provides a highly stable intensity over long flash times from a single light source. Combined with halm’s IV curve tracer and advanced hysteresis feature to measure high-capacitance modules, the system is designed to meet the demands of current and upcoming solar module technologies.
With comprehensive expansion options such as Dark IV and electroluminescence imaging, the IUCT-M-L offers a high degree of flexibility, which is further enhanced by its seamless integration into the PVControl software.