HJ-G215-418L 418KWh Industrial Battery Cabinet | Liquid-Cooled Energy Storage System

418KWh Industrial Battery Cabinet Overview

The Huijue HJ-G215-418L is a professional 418KWh battery cabinet designed for industrial energy storage applications. This liquid-cooled system features advanced integration of batteries, BMS, and EMS in a compact, space-saving design.

Key Features of Our 418KWh Battery Cabinet

High Integration: The integration of multiple systems into one complete system, accessing the product as such for simple installation, commissioning, and use.

Key Components Integration: The integration of energy storage batteries, PCS, power distribution module, temperature control systems, fire prevention systems, water ingress detection devices, and monitoring and communication modules achieves high-functional integration.

Comprehensive system monitoring: The monitoring of the operation of an entire system in real-time using the integrated monitoring modules and communications allows for the timely detection of risks and warnings right from the start for effectual management and maintenance.

Technical Specifications

Liquid-Cooled Battery Storage Cabinet Specifications:

High Integration: The integration of multiple systems into one complete system, accessing the product as such for simple installation, commissioning, and use.

Key Components Integration: The integration of energy storage batteries, PCS, power distribution module, temperature control systems, fire prevention systems, water ingress detection devices, and monitoring and communication modules achieves high-functional integration.

Comprehensive system monitoring: The monitoring of the operation of an entire system in real-time using the integrated monitoring modules and communications allows for the timely detection of risks and warnings right from the start for effectual management and maintenance.

Superior Protection:

Patented Outdoor Battery Storage Cabinet Design: Featuring a patented outdoor cabinet structure, it provides quite an effective resistance to the environmental factors that the world poses. Optimal Airflow, Dustproofing and Waterproofing: Optimized airflow design prevents dust and water ingress and still ensures the required level of cooling needed to maintain equipment performance and extend life span.

Normal Doors and Back Doors for Maintenance Ease: Cabinets with an option of both front and back doors mean maintenance can be given from two different directions

Space-efficient in N number of Systems' Arrangements: Systems can be positioned side by side for space-saving and better utilization.

Space-Saving Design:

Door-Mounted Embedded Air Conditioning: Air conditioning units are installed in the door to provide free space within the internal cabinet for other equipment.

Increased Usable Space with Structural Integrity: Increases the actual usable space inside the battery cabinet while maintaining structural integrity and stability of the cabinet.

Excellent Water-Resistant Performance: Provides good waterproof performance while allowing further utilization of space, thus contributing extra protection to the system.

Applications of 418KWh Battery Storage System

Enhancement of Quality of Power:

Dynamic Compensation: Energy storage systems monitor the power quality on a real-time basis and quickly compensate for voltage fluctuation or harmonics by discharging or charging.

Voltage Fluctuation Reduction: Energy storage stabilizes voltage levels by absorbing or releasing the power during voltage spikes or drops, effectively protecting equipment from damage.

Reduction of Harmonic Interference: Harmonic disturbing energies are suppressed in energy storage systems, improving power quality.

Tracking Load:

Real-time Load Monitoring: The advanced sensors embedded in energy storage systems instantly detect any change in load.

Power Adjustment with Precision: Adjustments in charging and discharging power by the system are automatically made in line with the load variation to optimize energy utilization.

Grid Stability Maintenance: Energy storage balances supply and demand and thus helps maintain voltage and frequency deviations, adding to grid reliability.

Standby Power:

Fast Switching: Storage facilities switch to back on within seconds of a power failure to maintain continuous power.

Stable Power: Stored energy supplies power to critical loads during grid failures to reduce downtimes.

Supporting Critical Equipment: Backup is imperative where there are high-reliable applications such as operating rooms in hospitals or data center servers.

Peak Shaving and Valley Filling:

Discharge During Peak: Energy store releases energy during the peak hours to relieve the pressure on the grid, thus avoiding blackouts.

Charge During Off-Peak: Systems charge when demand is low and thus cheaper; this would allow for cost savings, with grid efficiency increased.

Grid Stability Enhancement: Smoothing load curve through energy storage reduces the differences between peaks and off-peak hours thus stabilizing grid and enhancing resource optimization.