Fluke PVA‑1500HE2‑OB High-Efficiency Solar Field Analyzer

Understanding the Fluke Solar Field Analyzer

The Fluke PVA‑1500HE2, also known as the Solmetric High‑Efficiency PV Analyzer, delivers precision I‑V curve tracing and PV performance modeling at scale. With support for PV modules and strings up to 1,500 V and 30 A, it's engineered to work with even ultra-high-efficiency modules (>19%) reliably making it ideal for installers, auditors, and maintenance teams.

Key Features

• High-Performance I‑V Curve Testing
  Trace 100 or 500 point I‑V (and P‑V) curves using capacitive load methodology thin-sweep capable even under high string capacitance conditions.

• Industry-Leading Speed
  Sweep-to-sweep delay under 9 seconds allows throughput up to 3.5 MW/h helping cover large arrays quickly, even in hot climates.

• Built-in PV Modeling & Prediction
  Using the SolSensor™, the unit measures irradiance, module temperature, and tilt to adjust I‑V curve predictions and translate data to standardized test conditions.

• Wireless & Tablet-Controlled
  Uses Wi‑Fi to connect with Windows tablets or laptops for measurement control, data viewing, and configuration plus OTA firmware updates.

• Comprehensive Data Processing
  Includes Excel‑based Data Analysis Tool (DAT) for statistical analysis, array-wide curve overlays, histograms, and report generation. Supports a module database of over 70,000 models. 

Specifications

What’s Included

• Fluke PVA‑1500HE2 Analyzer unit

• Wireless SolSensor™ irradiance & temperature sensor (with module clamp)

• Banana‑to‑MC4 and banana‑to‑alligator test leads (1500 V rated)

• MC4 disconnect tool, test lead spanners

• Adhesive thermocouple discs, thermocouple pair, distilled water spray bottle

• Soft and hard transit cases, quick guide, user manual

• Solmetric PV Analyzer application and Data Analysis Tool (DAT) software

• One-year warranty
  

Applications & Benefits

• Commissioning & O&M: Validate string-level performance against rated specs through immediate curve analysis.

• High-Throughput Use Cases: Ideal for large commercial or utility-scale arrays—capable of mapping megawatts per hour.

• High-Efficiency Module Testing: Designed to handle high-capacitance modules without measurement errors.

• Audit & Reporting Workflows: Automated statistical reporting and anomaly detection streamline compliance processes.

• Safe, Efficient Field Use: Wireless control and SolSensor integration eliminate tangled cables and ensure operator mobility.

Why Choose the PVA‑1500HE2?

This analyzer brings elite-level PV system diagnostics into the palm of your field team. With unmatched speed even in harsh heat plus advanced PV modeling, wireless integration, and robust data workflows, the Fluke PVA‑1500HE2‑OB supports fast, accurate and scalable solar performance verification.

Document: Specification Sheet

                   Fluke PVA-1500HE2 Product Specfications

High-Efficiency Design

The Fluke Solar Field Analyzer is engineered for maximum efficiency and accuracy. This advanced tool allows solar energy professionals to perform I-V curve tracing with ease. The device’s high-efficiency design enables quick assessments of solar panel performance. However, unlike traditional analyzers, the PVA-1500HE2-OB provides real-time data on the solar field’s output, making it an indispensable tool for effective solar system management.

Comprehensive Analysis Features

This analyzer offers a host of features for comprehensive analysis. It includes advanced data logging capabilities and the ability to analyze multiple strings of solar panels simultaneously. So, users can identify issues such as shading or module degradation quickly. Additionally, the device displays detailed graphs that help technicians compare performance data easily, ensuring that every aspect of the solar installation operates optimally.

User-Friendly Interface

The user-friendly interface of the Fluke Solar Field Analyzer simplifies the entire testing process. The touch-screen display is intuitive, allowing users to navigate through settings and data effortlessly. Because of this, even those new to solar technology can operate the analyzer with minimal training. This accessibility guarantees that technicians can focus on what matters most: keeping solar systems running efficiently and effectively.