Fluke PVA-1500HE2 | 1500V High-Efficiency PV Analyzer & I-V Curve Tracer

Modern high-efficiency PV modules can produce current levels beyond what some conventional I-V curve tracers can handle. The Fluke PVA-1500HE2 High-Efficiency PV Analyzer extends the PVA-1500 platform to support up to 30 A short-circuit current even on high-efficiency modules, while maintaining voltage measurement up to 1500 V DC.

The analyzer records detailed I-V curves using selectable 100- or 500-point traces and provides rapid sweep performance for large solar installations. Its built-in PV model helps compare actual array output against expected performance directly during testing. Automated data analysis and reporting simplify large commissioning projects, while wireless SolSensor measurements can add irradiance, temperature and tilt information. The HE2 is therefore the preferred PVA-1500 version for testing modern high-current PV modules.

High-Efficiency PV Analyzer Selection Guide

Choose the PVA-1500HE2 when high-efficiency modules may produce more than 10 A and up to 30 A Isc. The PVA-1500T2 remains appropriate where high-efficiency module current stays within 10 A.

Market Relevance

The PVA-1500HE2 is particularly relevant to Pakistan's large commercial and utility-scale PV projects using modern high-output modules. Buy the Fluke PVA-1500HE2 from Kamadi Pakistan for professional high-current solar performance testing and commissioning.

Key Features

• Supports high-efficiency modules up to 30 A
  
• Measures PV systems up to 1500 V DC
  
• High-throughput I-V curve tracing
  
• Built-in PV performance modelling
  
• Automated data analysis workflow
  

Technical Specifications

• Model: PVA-1500HE2
  
• Voc Range: 20–1500 V DC
  
• Voltage Accuracy: ±(0.5% + 0.25 V)
  
• Current Accuracy: ±(0.5% + 0.04 A)
  
• Maximum Isc: 30 A DC
  
• I-V Trace Points: 100 or 500
  
• Sweep Duration: 0.05–2 seconds
  
• Sweep-to-Sweep Delay: <9 seconds at Voc ≤1350 V
  
• Maximum Throughput: 400 sweeps/hour
  
• Safety Rating: CAT III 1500 V
  

Applications

• High-efficiency PV module testing
  
• Solar farm commissioning
  
• I-V performance analysis
  
• Utility-scale solar O&M
  
• PV performance verification
  

Professional Tip: Check expected module Isc before selecting the analyzer configuration; high-efficiency modules can exceed the T2 current limit even when array voltage remains unchanged.