Landworld on-board chargers provide fast, efficient charging for passenger and commercial NEVs, including electric buses, trucks, and electric vehicles. These chargers support global charging standards such as CCS, CHAdeMO, and GB/T, ensuring compatibility across different regions. Designed with modular architecture, they enhance energy efficiency, reduce vehicle weight, and ensure safe and reliable charging in harsh environments. The OBC is compatible with high-voltage platforms, including the emerging demand for 800V systems, catering to the updated electric vehicle technologies.
Landworld's on-board chargers are designed to provide efficient and reliable charging solutions for electric vehicles, ensuring seamless integration with a variety of EV models. As a trusted supplier of on-board chargers, we focus on delivering high power density, compact designs, and bidirectional charging capabilities to meet the growing demands of electric mobility. These chargers are ideal for applications in electric passenger cars, commercial EVs, and even off-road vehicles, offering fast and stable charging performance that enhances user convenience and driving experience.
In addition to on-board chargers, Landworld offers a comprehensive portfolio of EV power solutions, including DC/DC converters, 2-in-1 integrated systems, and 3-in-1 integrated systems, ensuring optimized power management for diverse electric vehicle applications. Our chargers are crafted with cutting-edge technology to support high-efficiency charging while maintaining durability and safety, making them suitable for both residential and commercial charging scenarios.
With a strong emphasis on quality and innovation, our on-board chargers are engineered to comply with global standards, ensuring compatibility with various EV charging infrastructures. Whether you need a compact solution for limited spaces or a high-power charger for larger vehicles, Landworld's on-board chargers deliver exceptional performance, helping you stay ahead in the rapidly advancing world of electric mobility.
