The Three-in-One system integrates an on-board charger, DC/DC converter, and power distribution unit (PDU) into a single, lightweight solution for NEVs that require high integration and lighter power systems. Specifically designed for electric trucks, buses, and eVTOL aircraft, this system enhances energy efficiency, simplifies wiring, and optimizes space utilization. By eliminating the need for separate components, this system reduces weight, installation complexity, and improves overall reliability, making it ideal for OEMs looking for efficient and high-performance electrification solutions.
Landworld's Three-in-One Integrated System combines an on-board charger, a DC/DC converter, and a Power Distribution Unit (PDU) into a single, compact solution, offering unmatched efficiency and functionality for electric vehicles. As a trusted supplier of Three-in-One Integrated Systems, we design these advanced systems to meet the growing demands of modern EVs, including electric passenger cars, commercial vehicles, and high-end off-road applications. By integrating three essential power components, these systems reduce weight, save space, and simplify EV power architecture, providing manufacturers with highly reliable and efficient solutions.
Complementing our integrated systems, Landworld also offers Two-in-One Integrated Systems, on-board chargers, and DC/DC converters, delivering a full suite of EV power solutions to meet diverse application requirements. Our Three-in-One Integrated Systems are built for high power density, exceptional thermal performance, and seamless compatibility with various EV platforms, ensuring optimal energy management and long-term durability.
With a focus on innovation and global standards compliance, these systems enhance the overall performance of EVs while lowering production complexity and cost. Whether for compact designs or high-power applications, Landworld's Three-in-One Integrated Systems provide an all-in-one solution for the evolving electric vehicle market, helping drive the future of sustainable mobility.