Fronius Primo 5.0-1 SnapINverter for Reliable Residential Use

The Fronius Primo 5.0-1 SnapINverter, identified by the target keyword Fronius 4,21,00,63,800, is a compact and efficient single-phase inverter ideal for both residential and small-scale commercial applications. It is designed to enhance energy efficiency, offering optimal power conversion with various innovative features that promote easy installation and robust operation in diverse environments. The inverter accommodates power needs ranging from 3.8 to 8.2 kW, making it versatile for various setups.

Product Features

Dual Maximum Power Point Tracking

Equipped with dual maximum power point tracking, the Fronius inverter maximizes energy capture from solar panels, ensuring efficient performance even under challenging conditions with partial shading.

Integrated Wireless Monitoring

Featuring integrated wireless monitoring capabilities, the Fronius Primo simplifies supervision and management through seamless connectivity with Fronius Solar.web, enhancing user experience.

Arc Fault Protection

The inclusion of arc fault protection enhances safety by automatically detecting and interrupting arcs, which reduces risk during operation.

SunSpec Modbus Interfaces

SunSpec Modbus interfaces are integrated to facilitate smooth communication, allowing for straightforward data logging and analysis for performance optimization.

Smart Grid Ready

Prepared for smart grid applications, the Fronius Primo is equipped to interact with the latest power grid technologies, improving power reliability and management.

How It Works

The Fronius Primo operates by converting solar power into usable AC electricity, improving energy efficiency with its advanced engineering that includes streamlined communication and safety components.

SnapINverter Design

The SnapINverter design simplifies installation and maintenance, providing a user-friendly setup with its easy snap-in configuration.

Transformerless Technology

Transformerless technology enhances the inverter’s efficiency by reducing energy loss during the conversion process, making it a reliable choice for maximizing energy output.

Controlled Forced Ventilation

A controlled forced ventilation system with a variable speed fan maintains optimal operating temperature, extending the inverter’s lifespan and operational stability.

Specifications