Industrial-grade lithium-ion battery solutions designed for seamless grid-level protection and rapid emergency deployment.
Ensuring your facility's power outage emergency preparedness requires more than just batteries; it demands an integrated system of grid-level protection, modular flexibility, and intelligent thermal management to guarantee zero downtime.
Real-time online diagnosis with multi-layer fuse protection and a mature fire suppression system to prevent circulation caused by voltage differences.
Fully modularized batteries, high-voltage boxes, and PCS, allowing for rapid capacity expansion and low-cost installation with high flexibility.
Unique air-duct design that matches liquid-cooling performance while significantly reducing overall energy consumption during operation.
No container installation or debugging required; the entire cabinet can be transported ready-to-use, slashing setup costs.
In-house developed monitoring systems handle fault alarms promptly, achieving virtually unattended operation for remote sites.
Grid-level terminal connection design eliminates the need for separate low-voltage distribution cabinets, saving space and cabling.
| Parameter | Outdoor Cabinet-100KW | Outdoor Cabinet-200KW | LFP Cell Info | Cooling Mode | Protection Level |
|---|---|---|---|---|---|
| System Configuration | 81.92 KWh/1P256S | 163.84 KWh/1P512S | 3.2V/100Ah | Precision Air-Cooled | IP55 |
| Modular PCS | 50/100KW | 100/200KW | LFP Chemistry | IP Air Duct | Industrial Grade |
| Battery Voltage | DC819.2V | DC819.2V | Nominal 3.2V | Active Thermal | Corrosion Proof |
| Full Efficiency | 92% | 92% | Cycle Life 6000+ | Low Consumption | Outdoor Ready |
| Discharge Ratio | 1.0C | 1.0C | 2.0C (30s) | Constant Temp | Dust Sealed |
| Dimensions | 790*2300*1157mm | 1577*2300*1157mm | Modular PACK | Air-Cooled | Standardized |
| Temperature Range | -30℃ to 50℃ | -30℃ to 50℃ | Standard LFP | Auto-Regulate | Extreme Weather |
| Communication | CAN/RS485 | CAN/RS485 | BMS Integrated | Smart Control | IEC Compliant |
Implemented 200KW modular LFP system to ensure zero-latency transition during grid failure, critical for power outage emergency preparedness.
Deployed IP55 outdoor cabinets to maintain critical life-support systems during severe storm-induced power outages.
Parallel battery pack configuration allowed an industrial park to maintain 40% load during unplanned maintenance outages.
Air-cooled intellectual design provided reliable power for remote towers in high-temperature zones without liquid leaks.
Modular energy storage enabled rapid deployment for emergency pumping stations during flood-related outages.
Robust LFP containers provided a reliable power buffer for ventilation systems in extreme subterranean environments.
Providing rapid frequency response and peak shaving to prevent regional blackouts.
Ensuring power continuity for military bases and emergency response centers.
Smoothing solar and wind intermittency to provide a steady power supply.
Eliminating operational loss for factories during sudden grid instability.
Portable outdoor cabinets for disaster relief and temporary power hubs.
High-capacity energy storage for remote residential clusters and eco-resorts.
Every LFP cell undergoes rigorous voltage and internal resistance testing to ensure consistency and long-term stability.
Our cabinets are tested from -30°C to 50°C, ensuring the LFP system remains operational during peak winter and summer.
Full compliance with IEC and UL standards for energy storage systems, guaranteeing safe export and operation.
LFP (Lithium Iron Phosphate) provides high thermal stability and a long cycle life, ensuring that backup systems are ready to deploy instantly and last for thousands of cycles without significant degradation.
Yes, our modular design allows you to add battery packs and PCS modules dynamically, ensuring your system evolves alongside your facility's power demands.
Our intellectual air-duct design achieves equivalent cooling efficiency to liquid systems but eliminates the risk of leaks and significantly reduces parasitic energy consumption.
The system includes multi-layer fuse protection, real-time online cell diagnosis, and a mature, automated fire suppression system to mitigate any risk of thermal runaway.
Installation is highly simplified. Because our units are delivered as completed cabinets, no on-site container debugging is required, allowing for rapid, low-cost deployment.
With our high-grade LFP cells and intelligent thermal management, these systems typically offer a service life of 10-15 years depending on the discharge depth and cycle frequency.
Don't leave your critical operations to chance. Deploy our industrial-grade LFP energy storage systems for unshakeable reliability and grid-level security.