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TQ-BESS-L-5MWh

We adopt a special 314 battery cell for energy storage,with a cycle life of over 10,000 times and an energy efficiency of up to 95%.

Product Details

System Parameters
Rated Voltage 1331.2V
Voltage Range 1164.8V~1497.6V
Rated Power 5016kWh
Maximum Magnification 0.5P
Cooling Method Liquid-cooled
Communication Interface Ethernet
Communication Protocol Modbus-RTU/Modbus-TCP/IEC61850
Protection Level IP55
Standards & Certifications GB36276、IEC62619、UL1973、UN38.3、UN3536、UL9540A
Operating Temperature Range -30℃~55℃
Relative Humidity During Operation 0~95%
Altitude ≤3000m
Weight 约38t
Dimensions 6058*2438*2896

 

 

Performance & Features

 

Longevity & Cost Reduction

We adopt a special 314 battery cell for energy storage,with a cycle life of over 10,000 times and an energy efficiency of up to 95%.

Active balancing improves battery consistency and extends system lifetime.

The liquid cooling system supports cluster-level and PACK-level flow balancing.- Combined with a high-flow liquid cooling plate,the temperature difference within the PACK is less than 3℃.

Intelligent liquid cooling combined with air cooling temperature control reduces auxiliary power consumption by 20%,saving operational costs.

Independent balancing and charging technology reduces maintenance and replacement costs in the middle and late stages of power station operation.

 

Safe & Reliable

Battery cell health monitoring using AI provides early warning of unhealthy cells.

Full temperature monitoring of connectors provides early warning of failures and anomalies.

A multi-level fire protection system prevents thermal runaway from spreading.

 

Efficient & Flexible

Efficient liquid cooling heat dissipation simultaneously improves battery life and system discharge capacity.

The single-door design supports flexible layouts such as side-by-side and back-to-back,saving about 30% of floor space.

Pre-installation design facilitates transportation,eliminating the need for battery installation work.

A 5MWh energy storage system in a single cabin makes it easier to select the Power Conversion System(PCS)and configure the power station.

 

 

Lean & Intelligent

High-precision SOC status assessment allows dynamic adjustment of energy efficiency management strategies.

Online intelligent monitoring reduces the need for manual inspections.

It offers multiple working modes such as peak shaving and valley filling,demand response,backup power supply,and command response.