The Self-Cooling 215kWh Energy Storage System is a high-performance, industrial-grade power solution engineered for efficiency and reliability. Combining advanced Lithium Iron Phosphate (LFP) technology with a proprietary air-cooling architecture, this system delivers grid-level stability while significantly reducing energy consumption compared to traditional liquid-cooled alternatives.
Designed for rapid deployment and seamless scalability, this modular system integrates a 100KW PCS and an intelligent management platform. Whether for commercial power backup or industrial energy optimization, it ensures unattended operation through real-time diagnosis and a mature fire protection system, making it a sustainable choice for modern energy infrastructure.
Detailed Parameters
| Battery Capacity | 215kWh | PCS Power | 100KW |
|---|---|---|---|
| Cell Type | Lithium Iron Phosphate (LFP) | Cell Parameters | 3.2V/280Ah |
| Battery Voltage | DC 768V | Full Efficiency | 92% |
| Protection Level | IP55 | Operating Temp | -30℃ to 50℃ |
| Dimensions | 140623471313mm | Cooling Mode | Precision Air Conditioner |
Key Advantages
Grid-Level Protection
Multi-layer fuse protection and real-time diagnosis ensure maximum safety and prevent cell voltage circulation.
Rapid Deployment
Low-cost installation with no container debugging required; the entire cabinet is ready for transport and use.
Modular Design
Battery, high-voltage box, PCS, and AC are all modularized for effortless maintenance and easy capacity expansion.
Patented Air Duct
Unique air-cooled design provides cooling efficiency equal to liquid systems but with much lower energy consumption.
Intelligent O&M
In-house background monitoring handles fault alarms promptly for complete unattended operation.
Integrated Distribution
Grid-level terminal connection design eliminates the need for a separate low-voltage distribution cabinet.
Product Gallery
Management Platforms
Real-time Monitoring
Track battery status, voltage, and temperature in real-time via our cloud platform.
Fault Diagnosis
Automated system checks that identify and alert technicians to anomalies instantly.
Alarm Management
Multi-channel notification system for critical alerts to ensure zero downtime.
Remote Control
Adjust operational parameters and manage discharge cycles from a remote dashboard.
Data Analytics
Comprehensive energy reports to optimize usage patterns and ROI.
Lifecycle Tracking
Monitor SOH (State of Health) to plan maintenance and battery replacements.
Investment Return Comparison
| Comparison Item | Standard Liquid-Cooling | Self-Cooling System |
|---|---|---|
| Installation Cost | High (Complex Piping) | Low (Rapid Deployment) |
| Energy Consumption | Higher (Pump Power) | Significantly Reduced |
| Maintenance Complexity | High (Coolant Leak Risks) | Low (Modular Air Filters) |
| Deployment Speed | Slow (On-site Debugging) | Fast (Factory Integrated) |
| Operational ROI | Moderate | High (Lower OPEX) |
Frequently Asked Questions
Yes. Our proprietary air duct design ensures that each cell is fully cooled, achieving thermal performance comparable to liquid systems while greatly reducing auxiliary energy consumption.
Absolutely. The modular design of the battery packs, PCS, and high-voltage boxes allows for flexible capacity expansion to meet growing energy demands.
The system features a mature fire protection system, multi-layer fuse protection, and real-time online diagnosis to mitigate risks before they escalate.
It is designed for indoor installation with a protection level of IP55, operating in temperatures from -30℃ to 50℃ and altitudes up to 3000m.
No. The system utilizes a grid-level terminal connection design, integrating the distribution directly into the cabinet to save space and cost.
We use an in-house developed background monitoring system that tracks data and operations in real-time, handling fault alarms automatically for seamless operation.
