Landworld DC/DC converters are designed for a wide range of new energy vehicles (NEVs) and electric mobility solutions, including electric buses, trucks, logistics vehicles, high-speed motorcycles, and eVTOL aircraft. These converters offer high reliability, compact size, and excellent performance, adapting seamlessly to various battery architectures. With advanced protection features and ISO 26262 compliance, they ensure robust safety and durability in demanding environments. The high-power density and modular design simplify system integration, reduce complexity, and optimize energy efficiency, making them ideal for both ground and aerial electrification applications, as well as electric boats.
Landworld's DC/DC converters are tailored solutions for efficient and reliable voltage conversion in electric vehicles, offering compact designs, high power density, and exceptional durability. These converters ensure smooth power management between high-voltage EV batteries and low-voltage systems, making them ideal for a wide range of applications, including electric passenger cars, commercial vehicles, and off-road EVs. As a trusted supplier of DC/DC converters, we focus on delivering cutting-edge technology that enhances energy efficiency while minimizing power loss.
Our expertise doesn’t stop here—Landworld also specializes in on-board chargers, 2-in-1 integrated systems, and 3-in-1 integrated systems, providing comprehensive solutions for EV power needs. By combining advanced innovation and robust designs, our products meet global standards and adapt to the evolving demands of modern electric mobility. Whether you're seeking compact solutions for tight spaces or high-power units for commercial vehicles, our DC/DC converters ensure seamless integration and superior performance.
Designed with flexibility and reliability in mind, our converters cater to the stringent requirements of electric vehicle systems while optimizing power efficiency. Choose Landworld for DC/DC converters that not only support your EV’s functionality but also pave the way for a sustainable and energy-efficient future in electric mobility.
