Company News

As the new energy industry accelerates towards high power, high density, and systematization, the thermal management challenges faced by charging infrastructure, energy storage systems, and power electronic devices during operation are increasingly prominent. How to ensure long-term stable operation of equipment under complex operating conditions and high load conditions has become an important issue of concern in the industry. Against this backdrop, Xi'an Tiantai Electronics Co., Ltd. continues to deepen its layout in new energy thermal management technology, building a systematic thermal management solution covering multiple application scenarios, providing strong support for the safe and efficient operation of new energy equipment.

In recent years, the scale of ultra-fast charging, high-power charging equipment, and energy storage systems has been continuously expanding, with equipment power density steadily increasing. Under high-power operation, heat is concentrated and continuously released, posing higher demands on the system's heat dissipation capacity, control accuracy, and reliability. The industry generally believes that thermal management is no longer a simple supporting aspect, but rather a key technical foundation that directly affects equipment performance, lifespan, and operation and maintenance costs.

Focusing on the practical application needs of new energy equipment, Xi'an Tiantai Electronics has gradually developed a new energy thermal management solution centered around system-level design, encompassing multiple key directions such as ultra-fast charging gun line liquid cooling, power module liquid cooling, and temperature control for energy storage systems. Through reasonable fluid circuit design, stable cooling capacity, and control strategies coordinated with the main system, the relevant solutions meet the stability requirements of new energy equipment under high-load and long-duration operating conditions.

In ultra-fast charging application scenarios, as charging current and power levels continue to increase, charging equipment needs to maintain stable operation under continuous high-load conditions. Xi'an Tiantai Electronics, focusing on the operational characteristics of charging equipment, has conducted an overall design encompassing liquid cooling circulation units, key component cooling, and system collaborative control, aiming to enhance the operational reliability of charging equipment in complex environments.

In the field of energy storage, the requirements for temperature difference control and system stability are equally prominent during the long-term operation of equipment. Through thermal management design tailored to the operational characteristics of energy storage systems, relevant solutions can help optimize system operation, enhance overall safety, and prolong service life.  

The implementation of systematic solutions is supported by Xi'an Tiantai Electronics' continuous investment in research and development and verification systems. The company has established a comprehensive thermal management experiment and testing capability, and combines it with a large-scale manufacturing system to continuously improve product consistency and engineering adaptability. Through continuous optimization in practical applications, relevant solutions have been gradually verified in multiple new energy application scenarios.  

As the new energy industry enters a stage of high-quality development, the industry's demand for long-term stable operation of equipment will continue to increase. Xi'an Tiantai Electronics stated that in the future, it will continue to focus on changes in new energy application scenarios, deepen research and engineering practice in thermal management technology, improve system-level thermal management solutions, and provide more robust technical support for the safe and efficient operation of new energy equipment.