Family Solar Energy Storage Battery Cooling Thermal Management System

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Family Solar Energy Storage Battery Cooling Thermal Management System

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Product Description

📊 Basic Specifications

Model NO.Battery Thermal Management System

CertificationRoHS

ApplicationOil Cooler, Water Chiller, Industrial Aircondition

PrincipleLiquid Cooling / Custom Solutions

MaterialAluminum/Copper

DimensionMax. 2000*1000*1000 mm

Cooling Capacity1 to 10 Kw

Main TechniqueVacuum Brazing & Arc Welding

📦 Packaging & Delivery

Package Size300.00cm * 200.00cm * 200.00cm

Gross Weight15.000kg

Transport PackagePlywood Case

🔍 Product Description

Product Name	Battery thermal management system
Dimension	Max. 200010001000 mm
Material	Aluminum alloy or copper for cooling elements
Cooling capacity	1 to 10 KW
Cooling method	Liquid cooling or other custom cooling solutions
Coolant material	Water, glycol, refrigerant, or PCM, etc
Total System weight	Below 60 kgs

A Battery Thermal Management System (BTMS) helps to maintain a battery pack at its optimal temperature range of 20° to 45° C regardless of ambient temperature. This complete thermal system solution maintains critical operating temperature ranges for vehicle batteries, with designs available for both active and passive cooling circuits.

🛠️ Key Features & Elements

Standard packaging or customized solutions available.
Field proven patented master controls system.
Specialized battery radiator and condenser designed for BTMS.
2 - 10 kW cooling capacity.
2 - 12 kW electric heating down to -20ºC.
Total system weight < 60 kg.
Supports HV: 400 - 800 VDC and LV: 12 or 24 VDC.

💡 Main Components

Cooling plate
Chiller unit or radiator with fan and pump
Controller (temperature or flow rate control)
Value-added accessories (hose, connector, lamp, etc.)

❓ Frequently Asked Questions

Q1: What is the optimal operating temperature for the battery pack? The BTMS maintains the battery pack at its optimal range of 20°C to 45°C, ensuring performance and longevity.

Q2: What cooling methods are supported by this system? We offer multiple solutions including Air cooling, Liquid cooling (with radiator or chiller), Phase change cooling, and Refrigerant cooling.

Q3: Can the system operate in extremely cold environments? Yes, the system includes electric heating options (2 - 12 kW) that function effectively down to -20ºC coolant temperatures.

Q4: What materials are used for the cooling elements? The cooling elements are primarily constructed from high-quality aluminum alloy or copper to ensure maximum thermal conductivity.

Q5: Is the system compatible with high-voltage vehicle architectures? Yes, it operates natively with vehicle voltages ranging from 400V to 800V DC (HV) and 12V or 24V DC (LV).

Q6: What is the maximum cooling capacity of the system? The system provides a cooling capacity ranging from 1 to 10 kW, with typical performance of 6 kW at 45ºC ambient temperature.