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HOME INDUSTRIES EV
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New Energy Vehicles(EV)

New energy vehicles refer to vehicles that use unconventional vehicle fuels as power sources (or use conventional vehicle fuels and new onboard power devices), integrate advanced technologies in vehicle power control and driving, and form advanced technical principles with new technologies and structures.

Technology and Business Trends

Clean energy alternative fuel oil:

Climate, environment, resources, energy are closely related to national economy and people's livelihood. Dealing with these related issues well determines whether human society can sustainably develop. Under the pressure of energy shortage and environmental pollution, the two technological routes of energy storage battery vehicles and hydrogen fuel cells have become the main directions for the development of the new energy vehicle industry.

Automotive Light Weighting:

Considering 75 percent of energy consumption is related to vehicle weight, lightweight is an important technological means for new energy vehicles to save energy, reduce consumption, and increase range,

lightweight design is one of the current key drivers to reduce the energy consumption of vehicles. The use of lightweight new materials, structural optimization, and process improvement are the key paths to achieve automotive light weighting.

Thermal Management:

For energy storage electric vehicles, thermal management will become a crucial technology to achieve fast charging and improve range. For hydrogen fuel cell vehicles, water and heat management are key core technologies in the development of fuel cell power systems, which have a decisive impact on the performance, safety, and lifespan of the vehicle's power system.


Walmate Liquid cooled
Bess Solution
Powertrain Structural Components

The integration of electric vehicle structures can achieve lightweighting, improve space utilization through shared parts, lighten the entire vehicle, enhance endurance, and reduce costs. Based on years of experience in the new energy vehicle industry,Walmate is able to better provide multi in one powertrain components for vehicle manufacturers


Electric Control System IGBT Heat Dissipation

The IGBT power module in the inverter plays a very important role in this process. During the energy conversion process, IBGT will generate a large amount of heat, but when the temperature of IGBT exceeds 150 ℃, IGBT cannot function. Walmate provides various IGBT heat dissipation solutions such as air cooling, single liquid cooling, and phase change.


Battery Liquid Cooling

Under the requirements of higher system energy density, taking into account factors such as heat dissipation and lightweight cost reduction, Walmate continuously optimizes the production process of battery trays to ensure system safety and reliability while improving cost-effectiveness.


Walmate Light weighting & Thermal
Management Solution for EV
Battery Liquid Cooling

In a liquid cooling system, the Cold Plate is directly laid at the bottom of the battery or inserted into the gaps between the batteries. After circulating the coolant, it is cooled through a heat exchanger and then circulated back into the system.


Chip Cooling

Generally, external air is used as a heat sink to transfer the heat generated by chip operation to the heat sink through different media and interfaces, and dissipate the heat.


Products and Services
Battery Trays
Water-Cooling Heatsinks
value-added services

Thermal Design

 Use simulation software to analyze the heat dissipation performance of heat sinks and cold plates


Structure Design

Stress, load-bearing, and deformation analysis of cold plates and Heatsinks


Product Testing

We offer customized testing procedures to meet our customers’ requirements


Application Scenarios

Process: Aluminum profile splicing welding

Layout Location: Bottom Liquid Cooling

Typical Applications:Customed

Features:Light Weight ,Excellent Cooling Effect


Application Scenarios

Process: Aluminum profile splicing welding

Layout Location: Bottom Liquid Cooling

Typical Applications:Customed

Features:Light Weight ,Excellent Cooling Effect


Application Scenarios

Process: Aluminum profile splicing welding

Layout Location: Bottom Liquid Cooling

Typical Applications:Customed

Features:Light Weight ,Excellent Cooling Effect


Application Scenarios

Working condition: high heat flux density

Layout Location: Single Sided

Typical Applications:Customed

Features:Excellent Cooling Effect


Application Scenarios

Working condition: high heat flux density

Layout Location: Single Sided

Typical Applications:Customed

Features:Excellent Cooling Effect


Application Scenarios

Working condition: high heat flux density

Layout Location: Single Sided

Typical Applications:Customed

Features:Excellent Cooling Effect


Thermal Design

 Use simulation software to analyze the heat dissipation performance of heat sinks and cold plates


Structure Design

Stress, load-bearing, and deformation analysis of cold plates and Heatsinks


Product Testing

We offer customized testing procedures to meet our customers’ requirements


Application Scenarios

Process: Aluminum profile splicing welding

Layout Location: Bottom Liquid Cooling

Typical Applications:Customed

Features:Light Weight ,Excellent Cooling Effect


Application Scenarios

Process: Aluminum profile splicing welding

Layout Location: Bottom Liquid Cooling

Typical Applications:Customed

Features:Light Weight ,Excellent Cooling Effect


Application Scenarios

Process: Aluminum profile splicing welding

Layout Location: Bottom Liquid Cooling

Typical Applications:Customed

Features:Light Weight ,Excellent Cooling Effect


Application Cases and
Success Stories
Thermal design challenges and heatsinks manufacturing
       The trend towards miniaturization of electronic devices is increasing, while the demand for more functions and higher performance further drives the reduction of external dimensions at various packaging levels, resulting in a rap...
Power battery heat dissipation :An overview
Vehicle and battery energy storage,gain a rapid development opportunity.And its core component, the power batteries belong to chemical power sources, and they are highly sensitive to temperature, require working in a suitable temperature environment. During...
Discussion on the Development of Battery tray for New Energy Vehicles
The three major focuses of current new energy vehicle development - safety, lightweighting, and reliability - are closely related to the battery pack, and the battery housing is the load-bearing component of the battery system, which has a significant impa...
INDUSTRIES
BESSEVData CenterIGBTHFCV
SERVICES
Services FrameworkFAQ
PROUDUCTS
HeatsinksCold PlatesBattery TraysPrecision Components
ABILITIES
Custom FabricationDigital ManufacturingQuality AssuranceProfessional Services
ABOUT
AboutNews
BLOG
BlogDownload the dataVideo Center
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