GoodWe A-ES Series Hybrid Inverter GW9600A-ES 4 MPPT with AC Bypass

The GoodWe GW9600A-ES is a versatile split-phase hybrid inverter designed for enhancing solar energy utilization. With a capacity of up to 9.6kW, it efficiently manages high voltage batteries ranging from 80V to 495V. Equipped with up to four Maximum Power Point Trackers (MPPTs), this inverter seamlessly fits complex roof structures, ensuring optimal power conversion. Additionally, it offers rapid battery charging and is capable of supporting large loads in backup mode, making it a robust choice for home energy management.

Product Features

Advanced MPPT Technology

The GW9600A-ES features up to 4 MPPTs, enhancing its ability to manage varied solar input efficiently, ensuring maximum power extraction from each photovoltaic string.

High Compatibility with Battery Systems

Compatible with high-voltage batteries from 80V to 495V, this inverter seamlessly integrates with various battery systems to support substantial energy storage, promoting greater self-consumption.

Comprehensive Protection Mechanisms

This model includes robust safety features such as PV insulation resistance detection and anti-islanding protection, enhancing safety and compliance with industry standards.

Seamless UPS and Rapid Shutdown

It offers uninterrupted power supply functionality with quick switching for backup, ensuring reliability during outages, further bolstered by integrated AFCI protection.

Intelligent Cooling and Low Noise Operation

Utilizing an intelligent fan cooling system, the inverter operates efficiently across a wide temperature range, maintaining performance with low noise emissions, ideal for residential environments.

How It Works

The GoodWe GW9600A-ES hybrid inverter operates by converting DC power from solar panels to AC power for home use. It manages power distribution between the grid, home, and battery storage through its advanced control systems.

Sophisticated MPPT Controllers

This inverter’s MPPT controllers optimize the conversion efficiency and energy yield by continuously adjusting the string input to achieve maximum power output from solar arrays.

Dynamic Power Management

It smartly balances power distribution between household use, battery charging, and grid export, allowing for flexible energy management and enhancing energy independence.

Enhanced Monitoring and Communication

With integrated communication interfaces like RS485 and Wi-Fi, users can monitor performance and access system data via mobile apps, ensuring comprehensive control and insight.

Specifications