Solis 800V/630A

The Solis AC Combiner Box, with a rating of 800V and 630A, is designed to provide a secure and efficient means of combining multiple DC sources into a single AC output. This product facilitates better energy management and simplifies system integration for solar applications, making it a vital component for achieving a sustainable energy solution. By integrating this robust combiner box, users can ensure enhanced system functionality and optimal safety.

Product Features

High Voltage Capability

The outstanding 800V rating of the Solis AC Combiner Box allows it to manage significant power inputs, catering to the needs of modern PV systems with high-voltage requirements, and ensuring compatibility with various modules.

Robust Current Handling

With a maximum capacity of 630A, this combiner box efficiently harvests energy from multiple sources, optimizing performance in energy collection and streamlining overall system efficiency for users.

Integrated Safety Mechanisms

Safety is paramount with the Solis AC Combiner Box, as it includes built-in surge protection and ground fault monitoring features. This ensures the longevity of your equipment and minimizes the risks associated with electrical hazards.

Streamlined Design for Easy Installation

The user-friendly design of the Solis AC Combiner Box simplifies installation processes, allowing technicians to set up systems efficiently without compromising on safety or performance.

Enhanced System Monitoring

Equipped with communication options, the Solis AC Combiner Box enables real-time monitoring of system performance. This capability aids in quickly identifying any operational issues and ensures continuous optimal performance.

How It Works

The Solis AC Combiner Box operates by integrating multiple photovoltaic (PV) strings into a singular output for efficient energy conversion. Incoming DC power is combined, extensively managed through its safety features, and directed to the inverter for AC output, thus enhancing the effectiveness of the solar energy system.

Component 1: Input Channels

Each input channel is engineered to accept power from various solar panels, ensuring seamless operation and dynamic energy collection.

Component 2: Protective Features

This component includes integrated safety measures, such as surge protection and ground fault monitoring, safeguarding the system from unpredictable power fluctuations and faults.

Component 3: Output Interface

The output interface connects to the inverter, facilitating efficient DC to AC conversion, which delivers usable energy to the electrical grid or designated appliances.

Specifications