Winline, a leader in power electronics, has introduced the UXC95050B-20kW 950V DC-DC Isolated Bi-directional Charging Module, designed for optimal performance in modern energy systems. This 950V power module excels in applications requiring a robust and efficient power solution, making it ideal for energy storage systems, electric vehicle (EV) bidirectional chargers, and micro-grid operations.
Key Features of the UXC95050B Module
The UXC95050B power module boasts a wide working output voltage of 200V~950V for both the DC bus side and battery side. This versatility allows for seamless integration into various energy management systems, including those in data centers and renewable energy setups. With full-load working efficiency exceeding 98.8%, users can expect minimal energy loss, enhancing overall system performance. The high power density of 45.4W/in³ further positions the UXC95050B as a competitive choice for developers looking to optimize space without sacrificing power.
Applications and Advantages
The UXC95050B-20kW module is uniquely designed for direct micro-grid applications, providing exceptional advantages in a wide voltage range and high efficiency. It features advanced protection mechanisms, ensuring reliable operation in diverse environments. This makes the UXC95050B power module suitable for various applications, including energy storage, photovoltaic (PV) systems, and EV bidirectional chargers. The 950V power module’s capabilities also extend to battery cascade utilization, facilitating improved energy management in multi-energy complementary scenarios.
Conclusion
In summary, Winline’s UXC95050B-20kW 950V DC-DC Isolated Bi-directional Charging Module stands out for its impressive specifications and adaptability. Whether for energy storage, renewable energy integration, or as an EV bidirectional charger, the UXC95050B power module delivers unparalleled performance. With its wide working output voltage, high efficiency, and robust design, it is an essential component for modern energy solutions, paving the way for innovative applications in the energy landscape.
