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Single-Phase Dielectric Thermal Management Fluid for BESS Immersion Cooling
ZMPC
ZMPC Single-Phase Dielectric Thermal Management Fluid is a high-performance cooling medium specially developed for battery energy storage system (BESS) immersion cooling applications.
Based on advanced synthetic hydrocarbon base fluid technology and optimized additive formulation, this dielectric coolant provides excellent electrical insulation, heat transfer capability, low-temperature fluidity and material compatibility.
Unlike traditional air cooling and indirect liquid cooling methods, immersion cooling enables direct contact between the dielectric fluid and battery components, improving thermal uniformity, reducing hot spots and enhancing the safety and reliability of energy storage systems.
The product is designed for large-scale energy storage systems, commercial ESS, industrial battery storage and next-generation thermal management applications.
The fluid features:
High specific heat capacity
Excellent thermal conductivity
Efficient heat absorption and heat dissipation
Uniform temperature control
It enables efficient thermal management for high-power lithium battery systems and helps maintain stable operating temperatures under demanding conditions.
Designed as a non-conductive dielectric cooling medium:
High dielectric strength
Stable insulation performance
Suitable for direct-contact battery cooling
The fluid maintains reliable electrical isolation throughout the service life of the cooling system.
Compared with conventional cooling approaches, immersion cooling provides direct heat removal from battery modules.
Key advantages:
High flash point formulation
Excellent thermal stability
Reduced overheating risk
Improved battery system safety management
Suitable for energy storage systems requiring enhanced thermal runaway protection strategies.
The formulation contains no mineral oil or aromatic components.
It provides good compatibility with:
Battery module materials
Metal components
Engineering plastics
Sealing materials
Helping prevent swelling, corrosion or residue formation during long-term operation.
With optimized additive technology:
No varnish formation
No sludge generation
Low deposit tendency
Stable performance during extended operation
Suitable for lifecycle-oriented energy storage thermal management systems.
Designed for:
Grid-scale energy storage
Renewable energy storage plants
Solar and wind power storage systems
Peak shaving and frequency regulation systems
Application keywords:
BESS immersion cooling fluid supplier
utility battery thermal management fluid
large scale ESS cooling solution
Suitable for:
Factory energy storage systems
Commercial buildings
Microgrid systems
Industrial backup power
The dielectric cooling fluid improves thermal consistency and helps extend battery operational reliability.
Recommended for:
High-power battery packs
Fast charging energy storage systems
High C-rate battery applications
Immersion cooling technology helps manage increasing heat generation from advanced battery systems.
The same dielectric thermal management concept can support:
AI computing thermal management
High-density energy systems
Advanced cooling infrastructure
Low viscosity immersion cooling fluid
Recommended for:
High flow cooling systems
Efficient circulation cooling
Energy storage thermal management
Balanced thermal performance fluid
Recommended for:
Commercial BESS
Industrial energy storage systems
Medium viscosity dielectric coolant
Recommended for:
High thermal load battery systems
Long-duration storage applications
High viscosity thermal management fluid
Recommended for:
Heavy-duty energy storage applications
High temperature operating environments
Property | ZMSH-03 | ZMPC-05 | ZMPC-07 | ZMPC-10 |
|---|---|---|---|---|
Appearance | Clear Liquid | Clear Liquid | Clear Liquid | Clear Liquid |
Density @20℃ | 782.8 kg/m³ | 786.1 kg/m³ | 796.3 kg/m³ | 808.6 kg/m³ |
Viscosity @40℃ | 3.662 mm²/s | 5.126 mm²/s | 6.664 mm²/s | 10.48 mm²/s |
Pour Point | -84℃ | -69℃ | -66℃ | -69℃ |
Flash Point | 143℃ | 152℃ | 177℃ | 208℃ |
Dielectric Strength | 75 kV | 72 kV | 73 kV | 68 kV |
Thermal Conductivity | 0.1312 W/m·K | 0.1359 W/m·K | 0.1408 W/m·K | 0.1443 W/m·K |
Typical values are reference data only. Actual product specifications are subject to the Certificate of Analysis (COA) for each batch.
This product is suitable for:
BESS manufacturers
Lithium battery system integrators
Energy storage solution providers
Immersion cooling system developers
Battery thermal management suppliers
Cooling technology companies
Solar energy storage operators
Wind power storage projects
Microgrid solution providers
Energy storage engineering contractors
ESS distributors
Overseas battery cooling fluid importers
A:
Dielectric cooling fluid is a non-conductive thermal management liquid used to directly cool battery cells and modules in immersion cooling energy storage systems.
A:
Immersion cooling provides direct heat transfer, improves temperature uniformity, reduces thermal stress and enhances safety performance compared with conventional air cooling methods.
A:
Single-phase immersion cooling typically uses dielectric thermal fluids with high electrical insulation, stable thermal properties and good material compatibility.
A:
Typical buyers include battery manufacturers, ESS integrators, thermal management companies, renewable energy storage providers and industrial energy solution companies.
