Taiwanese company Sunon is one of the world's leading manufacturers of fans and cooling systems. Headquartered in Taiwan with production sites in China and the Philippines, the group employs around 8,800 people. At eMove360° Europe in Munich, Sunon will present its latest developments in compact, high-performance cooling solutions for the automotive and electronics industries.
Sunon's portfolio includes fans, heat pipes, and heat sinks-in other words, complete thermal systems that are precisely tailored to the requirements of different applications. Each component has a modular design and can be adapted to specific uses, from vehicle interiors and control units to high-performance computers. The focus is on optimized air circulation: an axial fan, for example, is designed so that the inlet and outlet sides are perfectly matched. The aim is to achieve high air performance with the lowest possible noise level. This is achieved through the precise shaping of the rotor blades and the use of highly efficient DC motors. In addition to mechanical design, Sunon also develops the associated electronics. The company's proprietary DC drivers ensure that the fans operate with minimal energy consumption and can be flexibly integrated into a wide variety of systems.
A key area of application is thermal management solutions for the automotive sector. The fans are used in displays, control units (ECU, DCU), and advanced driver assistance systems (ADAS), where they reliably cool components such as SoCs and circuit boards. But the technology is also in demand outside the vehicle: In data centers and high-performance systems, the same technical basis is used to regulate the heat generation of performance-intensive hardware. Sunon offers its customers more than just individual components. Upon request, complete cooling systems are designed, tested, and optimized. Three parameters are crucial here: low noise level, high efficiency, and a balanced price-performance ratio.
Thanks to this specialization, Sunon works with renowned vehicle manufacturers worldwide. Its customers include Daimler, BMW, Stellantis, and Tesla-companies that place the highest demands on energy efficiency, low noise, and durability in electric mobility. Sunon closely considers the needs of OEMs when developing new fan solutions. In joint training and development projects, engineers analyze the thermal conditions directly at the vehicle component and suggest improvements for the overall design. This results in tailor-made systems that can be optimally integrated into the respective vehicle architecture. An important factor is the smooth running of the products. Sunon optimizes its motors and rotor blades to operate almost silently, even at higher speeds. In doing so, the company not only meets the acoustic requirements of modern electric vehicles, but also contributes to increased comfort and overall quality.
Sunon's strength lies in its combination of experience and vertical integration. The company develops and manufactures all key components in-house – from motors and fan blades to electronic controls. This vertical integration makes it possible to tailor systems precisely to the respective energy requirements and environmental conditions. At the same time, the company remains flexible enough to implement customer-specific solutions with short development times. With its many years of expertise in thermal design, Sunon has established itself as a strategic partner to numerous technology companies. Whether in electromobility, server architectures, or consumer electronics, precise control of airflow, temperature management, and noise optimization remains the key to greater efficiency.
Sunon demonstrates that fan technology has long been more than just rotating mechanics. The company understands cooling as a holistic system-comprising aerodynamics, electronics, and materials engineering. Through its innovative strength and close cooperation with international automotive manufacturers, Sunon is making a decisive contribution to improving the energy efficiency of modern vehicles and electronic systems.