The Fluke PVA-1500T2/TR On-Demand Training Kit combines the Fluke PVA-1500T2 Solmetric PV Analyzer I-V Curve Tracer with the Fluke SOL-TRNG-OD Solmetric Full Comprehensive Training for a powerful tool backed by the operator knowledge and skills needed to operate it to the full extent.

Fluke PVA-1500T2 Solmetric PV Analyzer I-V Curve Tracer

The Fluke PVA-1500T2 Solmetric PV Analyzer I-V Curve Tracer is a cutting-edge I-V curve tracer designed to measure photovoltaic (PV) system performance. With this high-precision testing equipment, the user can reliably assess the health and performance of solar modules and arrays. Easily being able to determine the health of these units allows for informed decisions to be made in order to enhance their output and longevity.

The Fluke Solmetric PVA-1500T2 offers an array of advanced features. The high throughput I-V curve tracing provides quick and detailed performance data. The intuitive user interface enables easy navigation and real-time analysis which allows for immediate identification of potential issues. By pinpointing problems early, the user can maximize solar energy production and minimize downtime.

I-V curve testing is the most complete solar module performance measurement for commissioning, operations, maintenance, and troubleshooting of PV arrays. Quick analysis of curve datasets aids in detecting outliers. The stored data functions as a baseline for future performance inquiries.

The Fluke Solmetric PVA-1500T2 measures the I-V (current versus voltage) curve of a PV string or module using a capacitive load. The measurement is typically performed at the string level by connecting directly to the string or at a combiner box using the fuses to select the string under test. The number of I-V curve points can be selected at 100 or 500. Additionally, the Fluke Solmetric PVA-1500T2 generates the P-V (power versus voltage) curve, Isc, Voc, Imp, Vmp, Pmax, fill factor, and performance factor which is the ratio of measured to expected maximum power.

With a tablet or laptop (Windows only) as the user interface, the user can perform more tests per hour and display the data in multiple easy-to-read formats.

By touching the customized array tree at the branch being measured, the user can save their measurements. The software automatically calculates the expected I-V curve and displays the performance factor.

The SolSensor provides irradiance, module temperature, and array tilt data to the Fluke Solmetric PVA-1500T2 model. The unit uses this information to predict the I-V curve shape at these operating conditions and to translate the measured curve to standard test conditions. The SolSensor clamps to the module frame and automatically orients the irradiance sensor to the plane-of-array.

The spectral response of the silicon photodiode sensor in the SolSensor is corrected for the PV technology under test. Special factors are provided for multi- and mono-crystalline cells as well as cadmium telluride (CdTe) and other thin film technologies. The sensor is temperature compensated and the angular response of each unit is calibrated for rotation and elevation. As a result, the SolSensor is accurate over a broad range of technologies, sky conditions, and sun angles. The high accuracy across the board allows for I-V curve measurements both earlier and later in the day.

The SolSensor provides two external thermocouple inputs for measuring module backside temperatures. Effective cell temperature can also be calculated directly from the measured I-V curve per IEC 60904-5. The Fluke Solmetric PVA-1500T2's SmartTemp feature blends these two methods for best accuracy.

Wireless interface between the user’s tablet or laptop (Windows), Fluke Solmetric PVA-1500T2, and SolSensor is possible.

The unit and SolSensor communicate wirelessly with the user's PC via WiFi with a line-of-sight wireless range of 100 meters. The wireless communication allows for a quick setup with no wires underfoot, the ability to move around while troubleshooting strings, and the flexibility to measure multiple combiner boxes with a single SolSensor setup.

Capture data in the field with the Fluke Solmetric PVA-1500T2's PVA Application and validate the results with the Data Analysis Tool (DAT). This Data Analysis Tool is a Microsoft Excel-based solution which streamlines the analysis of PVA I-V curve data and presents analysis results in multiple formats.

This solution compiles key PV parameters in a string table, flags non-conforming strings, and delivers a statistical overview of the entire array. Additionally, it visually combines string I-V curves at the combiner box level which offers a clear depiction of consistency and identifies atypical strings. The tool also generates histograms for PV parameters across the string population. This generated data can be added to a customizable report exported as a PDF.

The Data Analysis Tool (DAT) features multi-language support and can be downloaded for use with the Fluke Solmetric PVA-1500T2.

To get the most out of the Fluke Solmetric PVA-1500T2 unit, Fluke offers a variety of training modules related to PV testing and measurement.

Fluke SOL-TRNG-OD Solmetric Full Comprehensive Training

The Fluke SOL-TRNG-OD Solmetric Full Comprehensive Training includes three different training modules combined into one class. Together, these training sessions equip participants with the knowledge and skills necessary for successful PV system assessment, data analysis, and troubleshooting which ensures efficient and effective management of solar installations. This training is offered in an on-demand, online format and is a single seat license.

The Fluke Solmetric PVA Operator Training is essential for individuals conducting I-V curve measurements in the field using the PVA.

This training covers various aspects and begins with an introduction to I-V curve tracing and the PVA itself. Participants are guided on preparing for I-V curve measurements and instructions on conducting them effectively in the field are provided.

Additionally, the training includes modules on measuring irradiance and temperature which are crucial factors in assessing PV system performance. Participants will learn to identify signs of abnormal PV string performance and are taught how to export measurement data for analysis and reporting purposes.

Overall, this comprehensive training equips individuals with the knowledge and skills needed to successfully perform I-V curve measurements using the PVA in real-world settings.

The Fluke Solmetric PVA Specialist Training is tailored for individuals who will be analyzing PVA data.

This training covers essential topics starting with an introduction to I-V curve tracing and the PVA. This is followed by understanding how the PVA predicts expected I-V curves. Participants will learn how to set the PVA software up and manage measurement data effectively as it accumulates.

The participants are guided through reviewing measurement results in the data analysis tool and identifying deviations in I-V curves along with determining likely causes of these deviations. The training also includes generating and managing a punch list for necessary actions and conducting acceptance testing following repairs.

Ultimately, participants learn how to generate a final report summarizing their analysis findings which ensures comprehensive understanding and proficiency in utilizing PVA data for PV system assessment.

The Fluke Solmetric PV Troubleshooting Training is designed for individuals tasked with troubleshooting PV array operation and performance.

This training covers specialized electrical behaviors of PV cells, modules, and bypass diodes. Insight into common issues encountered in PV systems is provided. Participants learn strategies for troubleshooting the six classes of deviation from the ideal I-V curve shape which enables them to identify and address potential problems effectively.

The training also includes techniques for troubleshooting PV strings and harnessed strings, as well as utilizing infrared imaging in conjunction with I-V curve tracing for comprehensive analysis. Additionally, participants are instructed on conducting acceptance testing following repairs to ensure the successful resolution of identified issues.

Overall, this training equips individuals with the knowledge and skills necessary to diagnose and resolve various challenges encountered in PV array operation and performance.