H 372-2H-Energy Storage System

Z BOX-H

Battery Cabinet

H 372-2H

372kWh | 0.5C

Safe & Reliable

Cost-efficient

Flexible Deployment

Smart Management

Cabinets physically separated for safety

SMS System for layered security

High-quality, efficient lithium batteries

Full lifecycle management

Fast power response for virtual power plants, grid connection, and off-grid operation

Intelligent balancing strategies maintain battery consistency

Dynamic energy regulation strategy switching

Modular design for easy expansion

Enables centralized deployment, decentralized deployment, and integration with solar storage charging

Cloud-edge-end collaboration for 24/7 monitoring, ensuring safe and stable equipment operation

Cloud-based big data and intelligent algorithms for flexible system strategy adjustment

Download

Data Sheet User Manual Quick Installation Guide

Technical Specifications

Battery data

Cell type	LFP
Rated capacity	280 Ah
Serial-parallel type	1P416S
Rated capacity per pack	46.592 kWh
Pack number	8
System rated energy capacity	372.736 kWh
Rated DC voltage	1331.2 V
Rated DC voltage range	1164.8~1497.6 V
Rated DC current	140 A

General data

DOD	95%
Protection degree	IP 55 (Battery room)
Cooling method	Liquid cooling/ heating
Fire suppression system	Aerosol
Operating temperature range	-19 ~ 55°C
Relative humidity	5% ~ 95% RH
Max.working altitude	2000 m
Display	Web/ LED
COM interfaces	RS485/ Ethernet
Dimensions (LWH)	133013702270 mm
Weight	3550±50 kg

A Look on the Inside

Optimized for System Safety, Efficiency, and Economy

ZOE Energy's storage system is meticulously designed to enhance system safety, improve energy efficiency, and optimize cost-effectiveness, striving for comprehensive performance optimization of energy storage solutions.

Safety:

·Four-layer safety system, creating an energy storage system that ensures peace of mind.

·Pioneered the use of voiceprint monitoring and warning sensors, offering an early warning response 20 times faster than traditional sensors.

Efficiency:

·System efficiency optimization to enhance power generation and revenue over the entire lifecycle.

·Designed with a lifespan exceeding 20 years, reducing LCOS by 9%.

Economy:

·The system maximizes cost-effectiveness through real-time monitoring and intelligent O&M via the EMS Cloud Platform, ensuring safety and profitability.

·Advanced data analytics enhance power generation forecasts, battery diagnostics, and VPP dispatch strategies, driving economic efficiency and reducing overall costs.