Industry News

With the accelerated construction of supercharging infrastructure, energy storage power stations, and high-density computing equipment, temperature control is shifting from an auxiliary link in equipment operation to a key technology that affects safety, efficiency, and service life. In this industry change, Xi'an Tiantai Electronics Co., Ltd., which has been deeply involved in the field of thermal management for many years, is taking "Xi'an Tiantai Precision Temperature Control" as its technological development direction, continuously improving its system capabilities from research and development verification, product manufacturing to scene delivery, and providing more refined temperature management solutions for the stable operation of new energy equipment.

Xi'an Tiantai Electronics Co., Ltd. was established in 2009 and is located in Xi'an Economic and Technological Development Zone. It is a thermal management system enterprise that integrates research and development, manufacturing, sales, and after-sales service. After years of accumulation, the company's business has covered areas such as charging station gun line cooling, charging host power module cooling, active gun line cooling, and energy storage liquid cooling, forming a product layout for different power levels and operating environments. For new energy equipment, precision temperature control is not just about "lowering the temperature". Taking high-power charging scenarios as an example, as the charging power continues to increase, the heat generated by the gun line, power module, and internal components significantly increases. Excessive temperature may cause equipment to operate at reduced power and accelerate the aging of some components; Excessive temperature fluctuations can affect the long-term reliability of the system. Therefore, a truly effective temperature control scheme requires comprehensive consideration of heat transfer efficiency, flow and pressure control, environmental adaptability, operating noise, sealing performance, and control response speed.

Based on these practical issues, Xi'an Tiantai continues to invest in fluid simulation, intelligent temperature control algorithms, structural optimization, and system integration technologies. The HPC cooling module drives the cooling medium through a circulating pump, establishing a closed loop between the charging gun line and the heat dissipation end to timely remove the heat generated during high-power charging; The cooling module of the charging host works in coordination with the heat exchange structure and control strategy to help the equipment maintain a suitable operating temperature. For energy storage applications, the company has further deployed liquid cooled units to provide active thermal management support for battery systems, reducing potential risks caused by local temperature differences and high temperature operation. The long-term stable operation of precision temperature control products depends not only on design, but also on verification and manufacturing. Xi'an Tiantai has a production and manufacturing workshop of approximately 15000 square meters and two new energy thermal management production lines. The production process adopts MES digital control, which can trace key links. Before the product is taken offline, it needs to undergo testing for airtightness, flow rate, pressure, heat transfer capacity, noise, and electrical control interfaces. The thermal management laboratory is equipped with testing equipment for high and low temperature alternating humidity, pressure pulse, pressure explosion, salt spray corrosion, and vibration, providing support for the reliability verification of products in complex environments.

Currently, the liquid cooling industry is moving from technology validation to large-scale delivery. The report released by CCID Consulting predicts that the market size of liquid cooled data centers in China will grow from 23.25 billion yuan in 2026 to 47.04 billion yuan in 2028; At the same time, the focus of industry competition will gradually shift towards product consistency, system compatibility, and batch delivery capabilities. Although this trend is first prominent in the field of intelligent computing centers, the demand logic behind it also applies to supercharging and energy storage: the higher the equipment power and the longer the operating time, the stricter the requirements for precision temperature control and full life cycle reliability. In the face of a new market stage, Xi'an Tiantai Precision Temperature Control embodies not only a set of cooling products, but also a systematic approach starting from application conditions. From thermal design and prototype development, to experimental verification, mass production, and after-sales support, the company is promoting the development of products towards intelligence, platformization, and modularization, in order to more flexibly adapt to the differentiated needs of charging facilities, energy storage systems, and other high heat flux density equipment.

In the future, competition in the new energy thermal management industry will not only stay at the level of individual parameters. Accurately understanding customer operating conditions, maintaining product batch stability, and providing verifiable, traceable, and sustainable delivery solutions will be important foundations for enterprises to win the market. Xi'an Tiantai will also rely on its long-term accumulated research and manufacturing capabilities to continue to deepen its cultivation of precision temperature control technology, providing more solid thermal management support for the safe, efficient, and stable operation of new energy equipment.