• Portable IV Tester Solar Simulator
  • Portable IV Tester Solar Simulator

Portable IV Tester Solar Simulator

No.G5346614CB37F6
Portable IV tester, solar simulator, can test components.
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  • Portable IV Tester Solar Simulator
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Portable IV tester can quickly measure the change of component performance and quickly and easily find the components with poor performance in the array.

Portable tester that is easy to use in the field and can measure accurately and quickly.

  • Turnkey Solution for Photovoltaic Module Analysis
  • Portable field use
  • Weather resistance
  • Weather Sensors
  • Uncertainty of I and V < 0.4%
  • Max V = 1500 V
  • Max I = 20 A
  • True 4-wire measurement
  • I, V and irradiance synchronous sampling

Basic features of the system:

Mass < 14 kg

Battery powered

Provide raw data

Provides light and temperature correction data

Reports short circuit current, open circuit voltage, import and export, photoelectric performance, PMP, FF, efficiency, estimated series resistance

Reference battery input

Thermocouple input

Thermal resistor Pt100 input

Additional input voltage

Software runs on tablet with bluetooth keyboard

Easy navigation, compatible with keyboard, mouse and touch navigation

High precision

The PIV line of the photovoltaic module system is designed for applications where high precision and high accuracy measurements are very important. It can quickly identify those panels that have failed and those that are likely to fail soon.

Strictly consider the impact of the environment on the test

Enables environmental monitoring before, during and after scans with multiple additional voltage, current and temperature inputs. Measure temperature, wind and pyranometer data before and after each scan. During an IV scan, irradiance measurements are made through up to 5 sensors with system syncing of all irradiance data within 10 ns to every IV pair of data.

Flexible configuration

Portable IV measurement systems can be configured for your application. Please contact Photovoltaic Measurement to discuss the best configuration for your measurements.

The following table shows two example configurations.

Shanghai Sales + Technical Support + After-sales Service Center
Rayscience Optoelectronic Innovation Co., Ltd

address: 4th Floor, Building 122, Lane 2338, No. 1 Duhui Road, Minhang District, Shanghai
Telephone:
021-34635258 021-34635259
fax:
021-34635260
E-mail:
saleschina@rayscience.com

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