boundaries of performance and efficiency while rethinking how a high-impact solution could be scalable and manufacturable at volume. UltraSine is the result of that mindset—a product engineered for real-world reliability, ease of integration, and rapid deployment. It is innovative in function and represents a breakthrough in addressing complex industry challenges with production-ready engineering.” shares Muñoz. A FAMILY-ORIENTED CULTURE IN A TECHNICAL FIELD Recruiting and retaining specialized talent poses a significant challenge in the competitive power electronics sector, where engineers with experience in high-power applications are in high demand. AmePower has developed a multi-faceted approach to building their technical team. “It has been a mission,” acknowledges Doracio. “We have several alliances with universities here in Miami. Our HR department includes a specialist in we talk about converters, we’re discussing power electronics that use state-of-the-art components to build power from scratch.” These sophisticated devices serve as the essential bridge between different electrical systems. “An EV charger is a clear example of a converter,” Contreras explains.“You have AC power from the grid that must be converted to DC to charge the car batteries.” In transportation electrification, converters play an indispensable role beyond simple power transformation. They enable precise control of vehicle performance characteristics. “For trains, they normally take power from the third rail or overhead catenary as DC power and convert it to AC,” Contreras notes. “This allows control of motor speed to accelerate or brake the train, making it more comfortable for passengers. Otherwise, it would start from zero to full power at once rather than gradually.” Similarly, renewable energy integration depends on power conversion technology. “You cannot connect a wind turbine directly to the grid because of oscillations and voltage spikes that would damage appliances,” Contreras points out. “Converters make the power clean and exactly the right voltage needed for equipment.” The technical advantages of AmePower’s latest generation converters create significant practical benefits. “Our new generation of power converters is about ten times smaller than traditional units,” Contreras says. This miniaturization represents a major advantage across applications, allowing for more compact installations and simplified maintenance in everything from train systems to renewable energy infrastructure. Driving these technical advancements is AmePower’s Chief Technical Officer, Juan Muñoz. Muñoz’ approach consistently pushes the boundaries of what is achievable in the realm of high-power electronics design. “With products like UltraSine, our goal went beyond improving existing technology—we set out to redefine it. We approached design from the ground up, examining every assumption the industry has embraced for decades. This approach pushed the www.infineon.com Semiconductors are crucial to solve the energy challenges of our time and shape the digital transformation. This is why Infineon is committed to actively driving decarbonization and digitalization. As a global semiconductor leader in power systems and IoT, we enable game-changing solutions for green and efficient energy, clean and safe mobility, as well as smart and secure IoT. We make life easier, safer, and greener. Together with our customers and partners. For a better tomorrow. Driving decarbonization and digitalization. Together. 108 BUSINESS VIEW MAGAZINE VOLUME 12, ISSUE 04
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