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TR-B-221208
Trumony
Trumony221208
Customized Heat Dissipation Performance Direct Bottom Cooling Home Energy Storage Cooling Plate
The stable and efficient operation of the energy storage battery system is closely related to the temperature control system. The current mainstream routes include air-cooled and liquid-cooled solutions, of which the air-cooled solution is more common.This may be that the currently installed energy storage projects with a large number of installed capacity are charged electricity such as communication base stations. Projects with relatively small power density. As the capacity of energy storage power stations continues to increase in the future, more liquid cooling solutions will be adopted.
The mainstream solutions include air cooling and liquid cooling. At present, the technical route of energy storage temperature control system is mainly air cooling (using air as medium) and liquid cooling (liquid as medium). At present, the energy storage industry is dominated by air-cooled solutions. The main industry currently has more installed capacity in projects with relatively low power densities such as communication base stations and small ground power stations.
With the demand for larger battery capacity and higher system power density in new energy power stations and off-grid energy storage, liquid cooling and heat dissipation will be controlled by the liquid cooling system, which mainly includes water cooling plates, water cooling tubes, water cooling systems, heat exchange fans, etc., and The larger the capacity, the corresponding equipment and requirements are also greater, such as water pumps, heat dissipation requirements, etc.
Liquid Cooling Solution for Energy Storage Battery Pack
Water cooling plates types | stamping vacuum liquid cooling plates | bending Wavy ribbon snake tube | Roll bonded cold plate | Parallel mircotube+ manifold |
heat dissipation methods | bottom cooling | side cooling | bottom cooling | bottom cooling or side cooling |
Battery pack | primatic battery pack(Lithium Cobalt Oxide (LCO) Lithium Manganese Dioxide (LMO) Lithium Iron Phosphate (LFP)) | cylindrical battery pack (4680，4695，18650，21700，34200，60130) | primatic battery pack(Lithium Cobalt Oxide (LCO) Lithium Manganese Dioxide (LMO) Lithium Iron Phosphate (LFP)) | primatic battery pack such as VDA |
Applications | industrial/commercial/ home energy storage system | industrial/commercial/ home energy storage system | industrial/commercial/ home energy storage system | industrial/commercial/ home energy storage system |
PS: the above heat dissipation methods can be combined
For the heat exchange needs of energy storage battery pack from power generation side and consumption side, which include home energy storage system(HESS), industrial and commercial energy storage system, wind and solar energy storage integration, one-stop micro-grid energy storage and other application scenarios. Our project team will provide liquid cooling plate structure design, thermal interface material selection, pipeline layout, water cooler selection and other supporting services according to the actual requirements of customers, which can be space arrangement inside the ESS container, cell parameters, temperature difference, pressure drop, pressure resistance, etc. Brazed cold plates, machined cold plates, serpentine tubes, separated tray, integrated tray and so on can be the end-product forms.
Our advantages
1. Proofing cost is low and fast delivery
2. We can deliver from the design and development to the assembly, which includes our own liquid cooling components and pipelines, water coolers, etc.
3. We have done a lot of cases and have rich experience
Company introduction
Our company is an expert in the thermal management industry, not only doing design and development of liquid cooling, but also a supplier of liquid cooling materials, components and assemblies. Specifically, it is power battery pack heat exchange parts, energy storage battery pack heat exchange parts, high heat flux heat exchange parts and new liquid cooling heat exchange parts, power battery liquid cooling assembly (cold plate or elbow, box, chiller, Joints, pipelines, heat-conducting silicone pads), household energy storage assemblies (cold plates or elbows, joints, pipelines, fans, heat-conducting silicone pads, condensers, expansion kettles, solenoid valves, water pumps, inverters), industrial Energy storage assembly (liquid cooling plate + tray or integrated tray, pipeline, water cooler, heat conductive silicone pad).
Customized Heat Dissipation Performance Direct Bottom Cooling Home Energy Storage Cooling Plate
The stable and efficient operation of the energy storage battery system is closely related to the temperature control system. The current mainstream routes include air-cooled and liquid-cooled solutions, of which the air-cooled solution is more common.This may be that the currently installed energy storage projects with a large number of installed capacity are charged electricity such as communication base stations. Projects with relatively small power density. As the capacity of energy storage power stations continues to increase in the future, more liquid cooling solutions will be adopted.
The mainstream solutions include air cooling and liquid cooling. At present, the technical route of energy storage temperature control system is mainly air cooling (using air as medium) and liquid cooling (liquid as medium). At present, the energy storage industry is dominated by air-cooled solutions. The main industry currently has more installed capacity in projects with relatively low power densities such as communication base stations and small ground power stations.
With the demand for larger battery capacity and higher system power density in new energy power stations and off-grid energy storage, liquid cooling and heat dissipation will be controlled by the liquid cooling system, which mainly includes water cooling plates, water cooling tubes, water cooling systems, heat exchange fans, etc., and The larger the capacity, the corresponding equipment and requirements are also greater, such as water pumps, heat dissipation requirements, etc.
Liquid Cooling Solution for Energy Storage Battery Pack
Water cooling plates types | stamping vacuum liquid cooling plates | bending Wavy ribbon snake tube | Roll bonded cold plate | Parallel mircotube+ manifold |
heat dissipation methods | bottom cooling | side cooling | bottom cooling | bottom cooling or side cooling |
Battery pack | primatic battery pack(Lithium Cobalt Oxide (LCO) Lithium Manganese Dioxide (LMO) Lithium Iron Phosphate (LFP)) | cylindrical battery pack (4680，4695，18650，21700，34200，60130) | primatic battery pack(Lithium Cobalt Oxide (LCO) Lithium Manganese Dioxide (LMO) Lithium Iron Phosphate (LFP)) | primatic battery pack such as VDA |
Applications | industrial/commercial/ home energy storage system | industrial/commercial/ home energy storage system | industrial/commercial/ home energy storage system | industrial/commercial/ home energy storage system |
PS: the above heat dissipation methods can be combined
For the heat exchange needs of energy storage battery pack from power generation side and consumption side, which include home energy storage system(HESS), industrial and commercial energy storage system, wind and solar energy storage integration, one-stop micro-grid energy storage and other application scenarios. Our project team will provide liquid cooling plate structure design, thermal interface material selection, pipeline layout, water cooler selection and other supporting services according to the actual requirements of customers, which can be space arrangement inside the ESS container, cell parameters, temperature difference, pressure drop, pressure resistance, etc. Brazed cold plates, machined cold plates, serpentine tubes, separated tray, integrated tray and so on can be the end-product forms.
Our advantages
1. Proofing cost is low and fast delivery
2. We can deliver from the design and development to the assembly, which includes our own liquid cooling components and pipelines, water coolers, etc.
3. We have done a lot of cases and have rich experience
Company introduction
Our company is an expert in the thermal management industry, not only doing design and development of liquid cooling, but also a supplier of liquid cooling materials, components and assemblies. Specifically, it is power battery pack heat exchange parts, energy storage battery pack heat exchange parts, high heat flux heat exchange parts and new liquid cooling heat exchange parts, power battery liquid cooling assembly (cold plate or elbow, box, chiller, Joints, pipelines, heat-conducting silicone pads), household energy storage assemblies (cold plates or elbows, joints, pipelines, fans, heat-conducting silicone pads, condensers, expansion kettles, solenoid valves, water pumps, inverters), industrial Energy storage assembly (liquid cooling plate + tray or integrated tray, pipeline, water cooler, heat conductive silicone pad).
