Containerized LFP Battery System

Delta's containerized LFP battery system is designed for grid-scale and medium to large-scale industrial energy storage applications. Built on a standard 10ft shipping container with unique designs and simple installation procedure, the battery system can be rapidly deployed.

The battery system is high energy density, offering scalability from 708 kWh to 7.78 MWh. This flexibility allows it to accommodate varying spatial and capacity requirements for different sites, optimizing land utilization.

In addition, our battery system features a redundant communication support for the field site with built-in site controllers, enhancing the communication stability of the energy storage system. It also incorporates several environmental sensors and a fire protection system to ensure the safety of the energy storage system.
 

Effortless Installation, Remarkable Scalability, and Integrated Fire Protection System

Features & Benefits
High Energy Density with Flexible Scalability Configuration
 
  • High energy density, effectively utilizing land resources
  • Flexible configuration ranging from 708 kWh to 7.78 MWh battery capacity

Built-in Fire Protection System Enhancing Inherent Safety
 
  • Real-time cell monitoring: temperature, voltage, and current of each cell
  • Dual-redundant environmental sensors: smoke, temperature, humidity, hazardous gases, and flood
  • Fire protection system: detection system, off-gas ventilation system, aerosol and sprinkling system

Easy Transportation and Installation
 
  • Whole-container transport without the need to dismantle battery modules
  • Rotational design of standard 10ft shipping container compliant with maritime and land transportation standards
  • Containers connected by flexible duct connectors on the top, tolerating positioning errors and reducing on-site installation time

Integrated Control and Monitoring
 
  • Built-in site controllers seamlessly integrating battery and PCS without the need for additional space
  • Built-in Human-Machine Interface (HMI): on-site access to real-time field information
  • Dual-redundant communication: enhancement of communication stability and monitoring efficiency
Applications

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