As a leading charging stack manufacturer in China, we take immense pride in presenting our high-performance split DC EV charger stacks—engineered to redefine reliability, efficiency, and versatility for large-scale EV charging infrastructure. Built with an IP55 protection rating, these charging stacks are rigorously designed to withstand harsh environmental conditions, including dust, humidity, and temperature fluctuations, ensuring long-term durability and consistent performance whether deployed in urban public charging hubs, highway rest stops, commercial parking lots, or industrial complexes.
At the core of their power lies an impressive technical specification: delivering a maximum output power of 480kW, these stacks are engineered to meet the demands of ultra-fast charging, drastically reducing charging time for electric vehicles and enhancing user convenience even during peak hours. With a maximum input voltage of 380V AC (compatible with standard industrial and commercial power grids) and a maximum output voltage of 1000V DC, they seamlessly adapt to the power requirements of a wide range of electric vehicle models, from passenger cars to light commercial vehicles. Complementing this, the charging stacks support a maximum output current of 480A, ensuring a stable and efficient energy transfer that optimizes charging speed without compromising on safety.
A standout feature of our split DC charging stacks is their innovative 1-in-8-out configuration, a design tailored for high-demand applications. This configuration allows a single power module to supply energy to up to 8 charging terminals simultaneously, maximizing the utilization of infrastructure resources and reducing operational costs for operators. Whether catering to a busy urban charging station or a large-scale fleet charging facility, this design ensures efficient throughput, minimizing wait times for users and enhancing the overall charging experience.
Beyond raw performance, reliability is embedded in every component. We adhere to the highest industry standards during manufacturing, with each charging stack undergoing rigorous testing—including stress tests, temperature cycle tests, and durability assessments—in our in-house quality control laboratory. This commitment to quality ensures that our products operate seamlessly even under continuous high-load conditions, reducing downtime and maintenance costs for our clients.
Versatility is another key advantage: our split DC charging stacks are designed to integrate effortlessly into existing charging infrastructure or serve as the foundation for new large-scale projects. Their modular and split design allows for flexible installation and expansion, enabling operators to scale their charging capacity according to growing demand without significant overhauls.
Driven by our mission to advance sustainable transportation, we remain committed to delivering innovative, high-quality solutions that address the evolving needs of the global EV market. Our split DC charging stacks not only meet the current requirements for fast, reliable charging but also are future-proofed to adapt to emerging technologies and higher-performance electric vehicles. For operators seeking a trusted partner to power their large-scale EV charging infrastructure, our high-performance split DC charging stacks stand as a testament to our expertise, quality, and dedication to shaping the future of electric mobility. China manufacturer offers high-quality industrial products with competitive pricing and advanced production capabilities.