SFQ ICESS-T 30kW/61kWh/a Energy Storage Cabinet

The SFQ ICESS-T 30kW/61kWh/a is an all-in-one energy storage system that provides fast charging, long battery life and intelligent temperature control. It is a modular energy storage device designed for industrial, commercial and micro-grid scenarios, utilizing lithium iron phosphate battery technology and integrating an intelligent management system. Its user-friendly Web/App interface and cloud monitoring features provide real-time information and quick warnings for uninterrupted performance. With its sleek design and compatibility in various operating modes, it is ideal for modern homes and a variety of applications.

I. Core Configuration and Technical Parameters

1. Product Advantages

The ICESS-T 30kW/61kWh/a system was originally designed to facilitate installation, enabling users to complete installation and setup quickly and easily.

The Battery Management System (BMS) can accurately measure State of Charge (SOC) with millisecond response times, and the BMS with millisecond response times performs accurate SOX measurements.

The system utilizes automotive application-grade batteries, a two-tier release pressure device, and physical monitoring on a cloud-based platform to further enhance safety. The system integrates multi-stage intelligent thermal management technology. It optimizes the efficiency of the system by actively regulating the temperature to ensure that the system can perform at its best.

The cloud platform system can issue real-time warnings to prevent system failure or disruption and ensure uninterrupted operation of the device.

Users can remotely monitor the health and performance of individual batteries to ensure safe and stable operation of the device.

2. Product Parameters

II. Safety and Protection Features

The system has a built-in smoke detection and automatic fire extinguishing device, which meets international fire safety certification standards such as UL9540A; BMS monitors the battery voltage, temperature and insulation status in real time, and automatically cuts off the circuit in case of abnormality; it achieves multiple safety guarantees.
The cabinet protection level reaches IP54, with dust and water spray resistance, suitable for outdoor and industrial deployment.

Ⅲ.Typical Application Scenarios

1. Industrial and commercial microgrid

It can be applied to factories and shopping malls, and combined with photovoltaic system to realize self-generation and self-consumption and storage of residual power, reducing the cost of electricity consumption of enterprises.

2.Emergency power backup

This energy storage cabinet serves as a backup power source for critical loads and supports seamless switching to ensure power continuity.

3.Charging infrastructure

It can temporarily act as a charging post for electric vehicles, providing buffer power for electric vehicle charging posts and relieving instantaneous pressure on the power grid.