Comprehensive system integration combines modular energy storage units, power conversion systems (PCS), intelligent thermal management, fire suppression, and real-time monitoring into a single cohesive unit. This design ensures seamless operation, risk mitigation, and simplified installation for optimal performance.
Robust outdoor cabinet design with proprietary protective features, including optimized airflow channels and enhanced dust/water resistance (IP67 rating). Front and rear service access simplifies maintenance, while compact stacking capability reduces installation footprint and maximizes space efficiency.
High-efficiency liquid-cooled technology maintains optimal battery performance across temperature extremes, extending lifespan and reducing energy losses. This ensures maximum return on investment and sustainability in energy-intensive applications.
Integrated IoT-enabled monitoring system provides real-time data analytics, remote diagnostics, and predictive maintenance alerts. This ensures proactive risk management, optimized performance, and reduced operational downtime.
233KWh Outdoor Liquid-Cooled Energy Storage Cabinet is industrial-grade, commercial-grade, microgrid-grade, world-class high-integration design energy storage equipment. World-class liquid-cooled modular architecture technology has been confirmed by excellent grid support, energy management, and integration performance of renewable energy. The system integrates the most critical energy storage battery subsystems, power conversion systems (PCS), thermal management, fire detection and protection, and monitoring systems into a complete package. The system is field-deployable in an extremely broad spectrum of environments and weather-tight, rugged, dust-tight, rain-tight, and rugged temperature-tight.
Highly Integrated System
The cabinet consolidates energy storage batteries, PCS, power distribution, temperature control, fire protection, and monitoring into a light-weight plug-and-play module with fewer opportunities to impact operations.
-Liquid-Cooled Thermal Management
- Faulty liquid-cooled technology provides up to maximum battery temperature protection, achieving maximum performance and battery life at higher-than-usual temperatures.
- Higher Protection and Reliability
Patented off-cabinet construction with industry-leading heat-dissipation ducting provides maximum water and dust sealing to provide silky-smoothness of operations in hostile environment.
- Space-Saving Design
Internal mounting of air conditioner on door maximizes utilization of internal space to provide the ability to store more energy density without any compromise on stiffness and watertightness of enclosure.
- Flexible Parallel Operation
It is based on virtual synchronous machine technology, and the platform can support line-of-communication-free grid/off-grid switching and gap-free parallel operation and provide more flexibility for microgrid use cases.
- Modular and Scalable
Structural integration design supports simple upsizing and customization to suit one's own requirements by supporting modules such as photovoltaic charging, grid and off-grid switching, and power frequency transformers.
- Real-Time Monitoring and Control
Internal and controlled comms provide remote system status monitoring and risk management to allow high-efficiency system operation.
- Low Maintenance Cost and High Reliability
Front and back doors for convenient maintenance and heavy-duty construction for highest up-time and lowest operating cost.
- Industrial and Commercial Energy Storage
- Application: Installed in data centers, office towers, and factories to conserve power during off-peak periods and resell it when the demand is high.
- Function: The technology operates within the current power grid because of its high capacity and sensitive use in matching supply and demand for power.
- Advantage: Conserve electricity costs by consuming energy to its fullest, feeding the grid, and powering stand-by during periods of power shortages.
- Incorporation of Renewable Energy
- Application Scenario: Apart from solar or wind power equipment for redirecting surplus renewable power to energy storage units to be utilized at any point.
- How It Works：Photovoltaic charging module employs the type where it provides storage of power in solar panels and unreliability of renewable power is offset by the system.
- Advantage: The full utilization of renewable energy, least utilization of fossil fuel, and sustainability goals are enabled.
- Microgrid Uses:
- Scenario of Use: Used in distant/off-grid regions for standalone use of the microgrid with guaranteed power irrespective of central grids.
- Operation Process: Smooth switch between grid-supported/off-grid according to the acceptance of virtual synchronous machine technology in ensuring round-the-clock power supply.
- Advantages: Provides independence of the grid, enhances grid fault tolerance, and provides distributed control of energy.
- Peak Shaving and Load Shifting
- Application Scenario: Applied in peak-demand hungry applications for minimizing peak-demand bills to the least by providing stored energy at peak-demand hour for discharge.
- Operation： Real-time monitoring of grid load and discharge of energy at peak-demand hour for cost minimization to the highest.
- Application Scenario: Provides maximum operating expense savings, grid penalty reduction, and energy efficiency optimization.
- Emergency Backup Power
- Application Scenario: Provides backup power significance to data centers, hospitals, and other continuous power supply-required customers.
- Operation Description: Switch automatically to backup operation on loss of grid for mission-critical load uninterruptible running.
- Advantages: Prevents downtime, loss of data, and safe guard for mission-critical running.
- Grid Support Services
- Application Scenario: Provides grid stability on levels equivalent to frequency regulation, voltage support, and backup power on grid cut.
- How It Works: Very quick to respond to grid fluctuation by ramping output power in an attempt to stabilize the grid.
- Benefits: Enhances grid reliability, reduces likelihood of blackout, and facilitates utilization of intermittent renewable power.
