Autonomous Mobile DC Charging Robot with Arm for Electric Vehicles

• ✔ Autonomous navigation and precise positioning
• ✔ Robotic arm for automated attachment of the charging gun
• ✔ Fast DC charging (up to 150A) for electric vehicles
• ✔ Robust, long-life LFP battery storage
• ✔ Flexible solution for standard parking spaces
• ✔ High resistance to environmental influences (IP54/IP67)
• ✔ Energy optimization and load management

Introducing a revolutionary autonomous charging solution for electric vehicles that is changing the way we access infrastructure. This innovative robot with a robotic arm brings flexibility and efficiency right to your parking space, eliminating the need for fixed charging stations. It is ideal for modern urban environments and dynamic vehicle fleets.

⚡ Smart charging of the future

• Autonomous movement and adaptation to the parking environment.
• Precision robotic arm ensuring reliable connection to the vehicle.
• Integrated LFP battery storage for independent DC charging.
• Support for CCS1 and CCS2 standards for broad compatibility.
• Intelligent energy management to optimize consumption.

🔍 A detail that makes a difference

This autonomous charging robot is the epitome of progress in electromobility. Its ability to navigate standard parking spaces and use an advanced robotic arm to automatically connect the charging gun represents a major step forward. Charging power of up to 150A ensures fast energy replenishment, minimizing waiting times and maximizing efficiency.

The built-in battery system based on LFP cells guarantees long life and high reliability, with certifications such as UL, ROHS, CE, MSDS, underlining its quality and safety. The robot is designed to withstand harsh operating conditions, with IP54 protection for the main components and IP67 for the energy storage, making it a reliable partner in any environment.

🚧 Do you need flexible and fast charging?

Traditional charging infrastructure for electric vehicles is often inadequate or impractical, especially in urban areas or large parking lots. Most solutions require fixed stations and are limited in availability, leading to frustrations of waiting or difficulty finding a free space. How do you ensure your electric vehicles are always ready, regardless of fixed infrastructure points?

🚀 Take e-mobility to the next level with robotic assistance

Imagine charging that comes to you! This autonomous charging robot offers unprecedented flexibility and efficiency. With fully automated operation, from navigation to connecting the charging gun, it eliminates the hassle of finding a free station. It is a smart, fast and fully autonomous solution that adapts to your needs and optimizes the use of your fleet or vehicle.

💡 More than just charging – real benefits

• Autonomy: The robot will drive itself to the vehicle and connect. – Benefit: Saves you time and eliminates the need to search for free charging points.
• Fast DC charging: With current up to 150A. – Benefit: Minimizes waiting time and maximizes vehicle availability.
• Flexibility: Mobile solution for any parking lot. – Benefit: Adaptable infrastructure without the need for large investments in fixed stations.
• Durability: IP54/IP67 rated and A-grade corrosion protection. – Benefit: Reliable operation in a wide range of outdoor conditions.
• Long battery life: LFP cells with ≥5000 cycles. – Benefit: Low operating costs and long-term sustainability.

🎯 Who is the robot ideal for?

• Operators of corporate fleets and logistics centers who need to efficiently manage the charging of their electric vehicles.
• Managers of parking garages and large parking lots looking for innovative solutions to increase comfort and charging capacity.
• Owners of commercial and industrial sites who want to optimize energy management and support sustainable transportation.

🤔 Do you have questions? We have the answers!

• Concern: Is charging safe when the robot is moving near vehicles? – Answer: The robot is equipped with advanced obstacle detection sensors and safety protocols to ensure safe operation in real-world environments.
• Concern: How is compatibility with different types of electric vehicles ensured? – Answer: The robot supports the most widely used charging standards CCS1 and CCS2, ensuring broad compatibility with most modern electric vehicles on the market.
• Concern: How reliable is the robotic arm and battery system? – Answer: The robotic arm is designed for high precision and durability. The battery system uses high-quality LFP cells with a lifespan of over 5000 charge cycles and meets strict certification standards for long-term and reliable operation.

⚙️ Technical specifications

Maximum vehicle charging current	150A (CCS1, CCS2 optional)
AC storage charging	63A (industrial socket)
Degree of protection (total)	IP54
Coverage level (energy storage)	IP67
Battery life (cycles)	≥5000 cycles (90% DOD, >80% EOL)
Anti-corrosion class	A-grade
Battery cell type	LFP
Certification	UL, ROHS, CE, MSDS

❓ Frequently Asked Questions

What is the main benefit of an autonomous charging robot?

It provides flexible and fast DC charging directly at the vehicle in any parking space, saving time and optimizing the use of charging infrastructure.

How fast can a robot charge an electric car?

The robot provides fast DC charging with a maximum current of up to 150A, which significantly reduces the time needed to replenish energy.

What charging standards is the robot compatible with?

It supports common CCS1 and CCS2 standards, ensuring broad compatibility with most modern electric vehicles.

What is the lifespan of the integrated battery?

The integrated LFP battery system has a lifespan of over 5000 charge cycles at 90% depth of discharge, ensuring long-term and reliable operation.

Is the robot suitable for outdoor use?

Yes, thanks to IP54 protection for main components and IP67 for energy storage, and A-grade anti-corrosion protection, the robot is designed for reliable operation in various outdoor conditions.

How does the robot ensure operational safety?

It is equipped with advanced sensors for navigation and obstacle detection, and adheres to strict safety protocols to ensure safe operation near people and vehicles.

Is it necessary to have a special parking space for robot charging?

No, one of the key advantages is its ability to move autonomously and charge in standard parking spaces, which increases flexibility without the need for infrastructure modifications.