Portable IV Tester PV32

The portable IV tester is mainly used for testing 1500V photovoltaic strings, which can conveniently and quickly test the working characteristics of 1500V photovoltaic strings under natural light. It can provide testing support for the design, acceptance, and maintenance of solar power plants, and is an essential testing tool for power plant construction units, quality inspection departments, manufacturers, scientific research units, and so on. This product comes with testing probes for environmental temperature, solar panel temperature, irradiance detection, etc., which can comprehensively record the environmental status of the test.

Technical features of PV32 portable IV tester:

--Satisfy the testing of 1500VDC photovoltaic string system, （1500V/20A）
--Measurable parameters: I-V curve, P-V curve, short-circuit current, open circuit voltage, peak power, peak power point voltage and current, constant voltage point current, fill factor, conversion efficiency, series resistance, parallel resistance, solar cell temperature, ambient temperature, irradiance.
--Support 87110 irradiance and temperature monitoring functions, providing environmental monitoring and recording of the entire power station.
--High brightness, visible color LCD display under sunlight, touch screen and keyboard operation, including rich peripheral interfaces, providing an extraordinary operating experience. The internal memory can store over 2000 test waveforms and is equipped with an SD card slot, supporting storage space expansion.
--The host and irradiation probe are connected wirelessly, providing a maximum wireless communication connection of 100 meters, making your testing more convenient and easy.
--Adopting a portable design and built-in high-capacity lithium-ion battery.

Performance parameters of PV32 portable IV tester:

The main testing indicators of PV32 portable IV tester are:

Note * * *: The maximum power accuracy index converted to STC is measured under stable irradiance ≥ 700W/m2 and spectral compliance with AM1.5 conditions. Under laboratory conditions, this indicator is generally within 2%. When conducting on-site testing, please test under stable sunlight conditions and ensure that the irradiance probe and temperature probe are installed reliably, otherwise significant conversion errors may occur due to irradiance testing deviation and temperature deviation.

LAILX is committed to the research and production of photovoltaic testing equipment, including EL testing series, portable EL detectors, string EL detectors, drone EL testers, IV power testing series, PV32 portable IV testers, power quality analyzers, and other related photovoltaic power station testing equipment and photovoltaic production line laboratory testing equipment,