Zendure SolarFlow 2400 AC+

Description

Next-generation AC-coupled home energy system

Zendure SolarFlow 2400 AC+ is an intelligent plug-and-play energy storage system designed for easy integration with existing rooftop solar systems. This solution helps you use more of the energy generated in your own home and reduce your dependence on the power grid.

2400W bidirectional AC power and high flexibility

The system provides 2400W bidirectional AC power, making it suitable for powering a large proportion of everyday household loads. The maximum AC input reaches up to 3200W, providing additional flexibility for charging and managing energy in the home.

2400Wh capacity with expansion capability

The base configuration of Zendure SolarFlow 2400 AC+ offers 2400Wh (2.4kWh) of capacity, which can be expanded according to household needs. By adding compatible batteries, the system can reach up to 16.8kWh of total capacity, making it suitable for both current and future requirements.

Higher self-consumption of solar energy

SolarFlow 2400 AC+ stores excess solar energy during the day and uses it later when needed. This enables higher self-consumption and more efficient use of the existing photovoltaic system.

Easy installation and fast setup

The system is designed with ease of installation in mind. The Plug & Play concept enables quick setup through clear steps: stack the batteries, connect the system, plug it into an outlet, and activate it through the app.

Intelligent protection and reliable operation

Zendure SolarFlow 2400 AC+ uses the ZenGuard architecture with multi-level protection. The system features a Dual-Shield BMS, intelligent battery self-maintenance, low-temperature operation, and an aerosol fire protection system for added safety.

A suitable solution for the modern home

This is an excellent solution for users who want to upgrade an existing solar installation with reliable energy storage without complex and extensive modifications. Zendure SolarFlow 2400 AC+ is suitable for homes seeking lower electricity costs, greater energy independence, and the option of future expansion.