At Luobinsen, we are excited to introduce our innovative Downward Pantograph technology, which is set to revolutionize the electric vehicle (EV) charging landscape. Our commitment to high-performance solutions is evident in our pantograph EV charging system, designed for maximum efficiency and safety. In this article, we will explore the specifications, safety features, and the advantages of our system.
Reliable Specifications: Minimize Waste and Maximize Charging Speed
The Downward Pantograph from Luobinsen is engineered for optimal performance, boasting a maximum output power ranging from 200kW to 480kW. This capability ensures that our pantograph EV charging system can meet the demands of various electric vehicles swiftly and effectively. Our input voltage ranges from AC380V to AC480V, accommodating 50Hz or 60Hz, 3P+N+PE configurations. When it comes to output voltage, our system operates between DC200V and DC1000V, providing flexibility for different EV models. With an input current capacity of DC5-500A, our charging system guarantees a robust and reliable energy supply. Additionally, we maintain a full load power factor greater than 0.99 and a total harmonic distortion (THD) of less than or equal to 5%. At full load, our system achieves efficiency levels exceeding 95%, ensuring that energy is utilized effectively.
Unmatched Safety and Regulation Features
Safety is paramount in our design philosophy at Luobinsen. Our Downward Pantograph technology incorporates multiple protective features to ensure secure charging operations. The pantograph EV charging system is equipped with leakage protection, insulation protection, and short circuit protection, all of which contribute to a safer user experience. Moreover, we have integrated over/under voltage protection and overcurrent protection to safeguard both the charging station and the vehicle. Surge protection is also included to prevent damage from voltage spikes, while emergency stop protection provides an additional layer of safety in critical situations. Our commitment to safety is reinforced by our use of 316L stainless steel, ensuring durability and resistance to environmental factors. Additionally, our system has successfully passed a Class 12 wind resistance test, demonstrating its reliability in adverse weather conditions.
The Advantages of Our Pantograph EV Charging System
Our Downward Pantograph technology offers several advantages that set it apart in the market. Firstly, the fast charging capabilities significantly reduce downtime for electric vehicles, making it an ideal solution for busy urban environments and transportation hubs. Secondly, the design of our pantograph EV charging system allows for easy operation, ensuring that users can initiate charging with minimal effort. This user-friendly approach makes it suitable for both private and public charging stations. Finally, our attention to efficiency and safety translates into lower operational costs for businesses and peace of mind for users.
Conclusion
In conclusion, Luobinsen’s Downward Pantograph technology represents the future of EV charging, combining high output power, exceptional safety features, and user-friendly design. Our pantograph EV charging system not only meets but exceeds industry standards, ensuring reliability and efficiency for all electric vehicle users. We are proud to lead the way towards a sustainable future, and we invite you to join us on this journey. Embrace the innovation of Luobinsen and experience the next generation of EV charging technology.
