Customer Pain Points

Insufficient flexibility to meet fast grid frequency and peak demand.

Power-heat supply mismatch and negative prices cause revenue losses.

High carbon emissions and heavy environmental pressure.

Solution
Key Functions

Joint optimization of storage and thermal units to enhance grid frequency support.

Power-heat decoupling control for more flexible generation.

Support optimal thermal unit operation and improve generation efficiency.

Customer Value

Improve frequency and peak regulation to increase plant revenue.

Achieve power-heat decoupling, avoid negative-price trading, and boost returns.

Reduce energy consumption and carbon emissions for an eco-friendly outcome.

Technology Advantages
Safety

Multi-level fuse protection, millisecond-level linked protection, online insulation monitoring.

Intelligent three-level fire alarm, PACK-level detection + water suppression.

Real-time thermal runaway warning, multi-level pressure relief & explosion prevention.

Cost-Effectiveness

Long-life LFP cells and high-precision SOX algorithms for higher ROI.

Overall efficiency up to 88%, DC-side efficiency ≥93%.

Intelligent liquid cooling keeps cell temperature ≤35°C with ≤3°C difference, cutting auxiliary power by 10%.

Reliability

AI-based predictive maintenance reduces unexpected downtime by 90%.

Remote diagnosis & upgrades; over 90% of issues resolved online.

Modular design shortens replacement time and improves maintenance efficiency.

Technical Data
CategorySpecification
Cell CapacityLFP 314Ah
System Configuration12P*416S
Voltage Range1164.8 ~ 1497.6Vdc
Charge/Discharge Rate0.5P
Rated Energy5.015MWh
Rated Power2.508MW
Dimensions (W×D×H)6058x2438x2896mm
Weight<42.5t
Charge/Discharge Efficiency≥93%
Protection RatingIP55 (battery compartment)
Thermal ManagementIntelligent Liquid Cooling
Fire Suppression SystemAerosol + Water
Communication ProtocolCAN/RS485/Ethernet
Operating Temperature Range-30°C~+50°C(derated below -45°C)
Storage Humidity0-95%(non-condensing)
Noise≤75dBA
Max Operating Altitude4000m(> 2000m derated)