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Overview

Performance Testing

All Thermal Management components are thoroughly tested for performance and durability.

Design Development

Developed by using software such as Catia, SolidWorks, Fownex, Ansys, and Star-ccm, with synchronous design and simulation analysis capabilities.

Manufacturing

We are a vertically-integrated manufacturer, and we source the best raw materials from around the world.  We have integrated semi-automatic production in over 80% of our processes.

Quality Guarantee

Quality assurance is ensured through IATF 16949 and ISO 9001 compliance, with MES system integration.

BATTERY COOLING PLATE

Battery Cooling Plate

We have developed various types of battery liquid cooling plates to optimize cooling efficiency. Each type is specifically designed for different battery types. The cooling plates are categorized by side cooling and bottom cooling variants, collectively offering effective cooling for their respective batteries.

Refrigerant Cooling Plate

Introducing the Direct Cold Plate, an efficient heat exchange system utilizing refrigerant to rapidly dissipate heat from battery applications to the air conditioning system. Our versatile design offers three distinct structures, ensuring it meets a wide range of customer requirements.

Vapor Chamber

We offer battery thermal management solutions that aim to maintain a consistent temperature within the cell. This is achieved through a phase change homogeneous temperature play, where a refrigerant connects with the air conditioning system as the heat exchange medium. We have developed three distinct structures tailored to meet various customers' heat load requirements.

CHILLER PLATE HEAT EXCHANGER

Oil Cooler (Oil/Antifreeze)
Chiller (Refrigerant/Antifreeze)

HYDROGEN HEAT TRANSFER SYSTEM

ATS Cooling System

The ATS Hydrogen Energy Cooling System is designed specifically for efficient heat dissipation from hydrogen fuel reactors and motors. Our system is custom-developed to meet your specific thermal load requirements, ranging from 10KW to 300KW. With an ion precipitation rate of less than 5 us/cm, it guarantees 24-hour static performance. Equipped with a DC540V high-pressure brushless fan, it ensures optimal cooling performance.

Waste Heat Recovery System

Introducing our Waste Heat Recovery Heat Exchanger, a game-changer for fuel cell systems. Experience efficient thermal management, maintaining a steady temperature for enhanced system efficiency. Achieve stability and improved performance. Our water cycle deion process ensures precise control over ion concentration within the heat exchanger.

Water-Cooled Intercooler

Our high-performance Water-Cooled Intercooler is a vital component for fuel cell systems. Positioned strategically between the air compressor and fuel cell reactor, it guarantees temperature control and system stability. Our intercooler utilizes an advanced continuous brazing process, maximizing heat exchange efficiency while minimizing weight. Enjoy optimal operation at your reactor’s normal working temperature with our innovative intercooler solution.

BATTERY THERMAL MANAGEMENT SYSTEM

Air Cooled Air Conditioner
Vehicle Liquid Cooling Unit
Phase Conversion Heat Unit
Energy Storage Chiller