Typical Application Scenarios

PVA3000 Photovoltaic Inverter Comprehensive Analyzer is a portable, high-performance, multi-functional power analyzer specially developed for the photovoltaic industry. It supports voltage measurement up to 1500V, with power measurement accuracy up to 0.05%, can accurately evaluate the electrical performance of photovoltaic inverters, energy storage converters and other products, and greatly improves product R&D and production testing. Meanwhile, with built-in lithium battery, it supports up to 3~4 hours of mobile measurement and is suitable for on-site acceptance of photovoltaic power plants.

Key Features

1. Humanized Design, Excellent Operating Experience

10.1-inch color LCD full-touch screen interface with 1280*800 high resolution, supports external mouse and keyboard, easy to operate and observe.

2. Built-in Lithium Battery Power Supply, Convenient for On-site Testing

High-capacity lithium battery supports up to 3~4 hours of mobile measurement. The replaceable battery module enables longer battery life.

3. 1500V Direct Measurement

As the core solution for cost reduction and efficiency improvement of photovoltaic power plants, 1500V photovoltaic system has become an inevitable trend in the development of photovoltaic industry. PVA3000 Photovoltaic Inverter Comprehensive Tester can achieve accurate measurement of maximum 1500V DC voltage, providing support for R&D and testing evaluation of photovoltaic products.

4. 3-channel DC MPPT Testing, 3-channel AC Testing

PVA3000 Photovoltaic Inverter Comprehensive Tester can provide up to 3 channels of DC input testing and 3 channels of AC output testing, meeting the efficiency test requirements of photovoltaic inverters with 3 MPPT channels.

5. High and Low Voltage Ride-through Testing

Equipped with professional upper computer software, featuring efficient testing and convenient operation.

6. Up to 6 Input Channels, Supports Independent or Synchronous Measurement

It supports up to 6 power channels, can measure voltage, current, frequency, power and other parameters, and can realize synchronous input and output measurement for efficiency evaluation. Built-in FPGA processor controls multi-channel ADC for complete synchronous control of voltage and current, ensuring sampling phase synchronization and reducing errors introduced by the phase difference between measured voltage and current. Synchronous clock is adopted to ensure synchronous sampling of all measurement units.

Key Specifications