HJ-ESS-EPSL (3440 KWh-6880KWh) Liquid-Cooled Energy Storage Container System

Product Introduction

Huijue's cutting-edge Liquid-Cooled Energy Storage Container System, armed with 280Ah lithium iron phosphate batteries, fuses cutting-edge design principles. Boasting intelligent liquid cooling, it ensures heightened efficiency, unparalleled safety, reliability, and smart O&M, offering clients holistic energy storage solutions. Ideal for diverse applications—peak shaving, grid expansion, factory backups, industrial/commercial power assurance, emergency supplies, and AC charging station augmentation—this system redefines energy storage capabilities.

Features

1.Cost effective

Multi-scenario adaptive, supporting peak and valley arbitrage, auxiliary services, etc.

Reduce LCOE and intelligent algorithms improve system efficiency

Stable battery core temperature, sensing technology and big data support

2. Safe and reliable

Comprehensive monitoring, cloud-edge collaboration, and rapid fault diagnosis

Intelligent management, AI support, improved thermal management capabilities

Fault isolation, hierarchical protection, coordination between components and system

3. Smart and friendly

Grid friendly, active support, quick response

Intelligent algorithm, efficient operation, extended lifespan

Access-friendly, diverse and flexible methods

4. Flexible and convenient

Modular design, easy to install and maintain

Good compatibility and can be expanded as needed

Supports multiple sets in parallel, covering a wide capacity range

Application

1. Industrial and commercial fields

Energy storage containers store electricity during low electricity prices and release electricity during peak periods, achieving peak shaving and valley filling, ensuring electricity demand and effectively solving the economic problems of industrial electricity use.

2. Power grid frequency regulation field

Traditional energy sources have slow frequency regulation, but energy storage containers can quickly respond to dispatching instructions in milliseconds, improve power quality, and effectively improve the stability of the power grid.

3. Smart charging field

Energy storage containers effectively improve the transmission and distribution capacity of the power grid, extend the service life of original equipment, and solve the problems of high expansion costs and difficult construction caused by power grid upgrades.

4. Ship shore power field

Energy storage containers can not only provide power for ships to solve environmental pollution caused by traditional energy sources, but can also be used as backup power sources for ports and terminals to meet power supply needs in the event of unexpected power outages.

5. Scenery consumption field

Renewable energy is difficult to consume and connect to the grid. Energy storage containers can be used with wind power and photovoltaic power generation systems to avoid the phenomenon of “abandoning light and wind” and improve the reliability of power generation and grid connection.

Parameters

Structures

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