APsystems 768W Microinverter – 118001-DS3-I

The APsystems 118001-DS3-I microinverter is a cutting-edge solution designed for maximizing solar energy capture and conversion with efficiency. Tailored for residential and commercial use, this compact and robust device ensures seamless integration with larger solar power modules. With its dual input capabilities and advanced energy management, this inverter sets new standards in the industry, enhancing both performance and reliability.

Product Features

High Power Output

This microinverter offers exceptional power outputs of 640VA, 768VA, and 880VA, handling increased capacity from modern solar panels effortlessly, making it ideal for diverse solar power systems.

Dual MPPT Channels

Equipped with two independent Maximum Power Point Tracking (MPPT) channels, the DS3 ensures optimal energy harvesting even with varying sunlight exposure, enhancing overall efficiency.

Advanced Communication

Utilizing encrypted ZigBee communication, this device ensures secure and stable wireless data transmission between components, supporting robust energy management systems.

Innovative Design

The microinverter’s compact architecture, enhanced with silicone encapsulation, promotes efficient thermal dissipation and superior waterproofing, ensuring long-lasting operation.

Integrated Reactive Power Control

Featuring Reactive Power Control (RPC), the inverter effectively stabilizes photovoltaic power influxes in the grid, adapting dynamically to fluctuating solar conditions.

How It Works

The APsystems DS3-I microinverter operates by converting DC power generated by solar panels into usable AC power for homes and businesses. Its dual-channel design allows simultaneous connection to two solar modules, optimizing power conversion and enabling remote monitoring for seamless maintenance.

Power Conversion

Transforms DC collected from solar panels to AC power, suitable for residential and commercial grid use, with high conversion efficiency and stability.

Secure Communication

Encrypted wireless connectivity offers safe and reliable communication with energy management systems, facilitating easy access to energy data and diagnostics.

Thermal Management

Advanced thermal management design, incorporating silicone encapsulation, reduces stress on electronic components, ensuring durability and consistent performance.

Specifications