Extremely cold series liquid cooled energy storage battery pack 1P48S/1P52S battery pack IP67 full protection | wide temperature range intelligent temperature control | Modular industrial energy storage

Description:

This series of liquid cooled energy storage battery pack uses lithium iron phosphate (LFP) battery cell and intelligent liquid cooling cooling technology, specially designed for industrial and commercial large-scale energy storage needs:

Precise temperature control: The liquid cooling system ensures that the temperature difference of the battery cell is less than 3 ° C, the maximum temperature after cycling is only 35 ° C, and the life is extended by 30%

Extreme adaptation: Support -30℃ low temperature discharge and 55℃ high temperature charging, IP67 protection without fear of dust storm

Flexible configuration: Available in 4 models (43kWh~104kWh), support multi-unit parallel expansion to megawatt level

MOQ:one (machine)

Specifications:

Applications:

Advantages：

1.Efficient liquid cooling heat dissipation

The liquid cooling plate directly contacts the battery core, and the heat dissipation efficiency is 50% higher than that of air cooling

Ensure full life cycle capacity decay rate < 2%/ year

2.Wide temperature range hardcore performance

-30℃ extreme cold environment can still output 90% of the nominal capacity

55℃ high temperature charging does not trigger power limit protection

3.Military-grade security protection

Optional perfluorohexanone /Aerosol fire extinguishing system

Passed the UL9540A thermal runaway diffusion test

4.Intelligent operation and maintenance friendly

The CAN/RS485 communication port supports remote health diagnosis

Modular design supports hot swap maintenance

5.Low carbon compliance design

The LFP cell can be used in echelon, and the purity of the recycled material is ≥99%

Meets the carbon footprint requirements of the new EU Battery Law (2023)

6.Durability *Specific parameters may vary based on different system configurations

-Battery cells supplied by Tier-1 cell manufacturers;battery cycles up to 8,000

-Optimized flow runner design endorsed by thermal simulation

-Temperature variance less than 2℃in single battery pack that guarantees cellstability &reliability

FAQ：

Q1: Does the battery need to be preheated at -30℃?

A: No additional preheating required! This product has built-in low-temperature self-heating function, through BMS intelligent control, can directly start discharge in -30℃ environment, and restore to the best working temperature range within 10 minutes.

Q2: What is the difference between liquid cooling system and traditional air cooling?

A: The liquid cooling system directly takes away the heat of the battery through the coolant circulation, compared with air cooling:

The heat dissipation efficiency is increased by 50%, and the temperature difference of the battery is controlled within 3℃

Noise is reduced to less than 45dB, suitable for indoor scenes

Energy consumption reduced by 30%, comprehensive energy efficiency ≥94%

Q3: Does the high altitude of 2000 m affect performance?

A: This series of products have passed the plateau environment simulation test, at an altitude of 2000 meters:

Discharge capacity retention rate ≥98%

The heat dissipation system automatically pressurizes compensation to ensure the coolant flow rate is stable

Q4: Can capacity be expanded according to demand?

A: Support flexible expansion! For example:

A single SE-BP-314L1P104S (104.5kWh) can be connected to 20 units to form a 2.09MWh energy storage unit

The system automatically balances charge and discharge, and supports plug and play expansion

Q5: How to ensure the fire safety of the battery pack?

A: Triple protection design:

Advance warning: BMS monitors thermal runaway signs in real time

Event suppression: optional perfluorhexanone fire extinguishing agent, 30 seconds to extinguish the open fire

Post-isolation: explosion-proof valve automatically opens pressure relief to prevent chain reaction