Huijue Group Liquid-Cooled Energy Storage Cabinet 418KWh

Description

418KWh Liquid-Cooled Energy Storage Cabinet is industrial and commercial energy storage device which provides high-integration and high-performance, including energy storage battery, power conversion system (PCS), heat dissipation, fire extinguishing, and real-time monitoring as an integrated system. Outdoor cabinet which is constructed by material of an industrial grade can offer equipment protection from rain, dust, and bad weather and has different deployment environment.

Features

Highly Integrated System

The cabinet integrates batteries for energy storage, PCS, power distribution, temperature control, fire protection, and monitoring systems into a single enclosure to simplify installation and reduce operating risks.

Liquid-Cooled Thermal Management

State-of-the-art liquid-cooled technology for maximum battery temperature management offers enhanced performance and extended battery life even at extreme operating conditions.

Improved Protection and Durability

Patent-pending outer cabinet with extremely efficient heat dissipation ducts provides optimum level of water and dust protection (IP67 rating) for continuous operation under severe conditions.

Space-Efficient Design

Built-in door-mounted air conditioner maximizes internal space, greater energy density without weakening the structure and watertight sealing.

Flexible Parallel Operation

System proprietary virtual synchronous machine technology possesses the advantage of parallel operation with satisfactory smoothness and switchability off/on-grid without communication wires with greater flexibility for microgrid use.

Modular and Scalable

Non-standard structure design is easy to scale up or tailor, and photovoltaic charging, off/on-grid switchability, and power frequency transformer modules are integrated as needed.

Real-Time Monitoring and Control

The integrated communication and monitoring hardware gives remote condition and risk monitoring of operating conditions and system operating convenience.

Low Operating Cost, High Reliability

Rear and front door of service with simple accessibility and maintenance and high design reliability with minimal downtimes and operation cost.

Application

Commercial and Industrial Energy Storage

• Application Scenario: Installed in data centers, commercial buildings, and factories to store off-peaks surplus power for supplying peak demand.
• How It Works: Compatible with the already installed power infrastructure, utilizing its high capacity and rapid response to level energy demand and supply.
• Benefits: Low maintenance needed, saves power bill through optimized energy use, enhances grid stability, and as a backup during power failure.

Renewable Energy Integration

• Usage Scenario: With solar or wind power plant to save surplus renewable energy for future utilization.
• How It Works: Photovoltaic charging module provides in-line energy storage by solar panel, and system provides management of variability of the renewable generation.
• Benefits: Optimizes use of renewable resources, reduces use of fossil fuels, and encourages accomplishment of sustainability goals.

Microgrid Applications

• Application Scenario: Used in rural or decentralized areas to provide isolated microgrids, providing power regardless of the main grid.
• How It Works: Virtual synchronous machine technology supports safe mode switching between grid-connect/off-grid mode and uninterruptible power supply.
• Advantages: Increases energy independence, fault tolerance, and decentralized energy management.

Peak Shaving and Load Shifting

• Use Case Scenario: Used in heavy-industry use case for peak demand charge mitigation by using stored energy in the peak-demand hour.
• How It Works: Functions on grid load monitoring and delivers power automatically during peak high demand hours with maximum cost-saving capability.
• Benefits: Saves operational cost, prevents grid penalties, and offers maximum energy efficiency.

Emergency Backup Power

• Application Scenario: Offers emergency backup power to hospitals, data centers, and other mission-critical facilities that need an uninterruptible power supply.
• How It Works: Immediacy of switching to backup mode in the event of grid failure, allowing mission-critical assets to operate uninterruptedly.
• Benefits: Sparing of downtime, avoiding loss of data, and protecting mission-critical programs.

Grid Support Services

• Application Scenario: Real-time compensation for grid oscillation by modulating energy output in providing grid stability.
• How It Works: Supplies compensation for grid oscillation through modulating energy output to provide grid stability.
• Benefits: Assures grid stability, avoids risk of power blackout, and makes it easier to utilize intermittent renewables.

Transportation and EV Charging Infrastructure

• Application Scenario: Enables EV charging stations with assured supply power and load shedding at charging hours.
• How It Works: Augments existing installed charging gear to provide optimal energy and reduced-cost operations.
• Benefits: Maximizes efficiency of the EV charging network and eco-friendly transport plans.

Off-Grid and Remote Installations

• Use Case: Off-grid villages, remote mining settlements remote from urban residents, and industrial villages with renewable power solutions.
• Working Principle: Introduces sources of renewable power to provide affordable power with minimal use by diesel generators.
• Advantages: Decreases the cost of operation, decreases carbon footprint, and offers energy availability in extreme conditions.