Autonomous Mobile Charging Robot for EVs – 70kWh/80kW

• ✔ Fully autonomous movement and navigation
• ✔ High-capacity energy storage 70 kWh
• ✔ Fast charging of electric cars with a power of up to 80 kW
• ✔ Modern and safe LiFePO4 batteries
• ✔ Flexible solution for expanding charging infrastructure

Introducing a revolutionary electric vehicle charging solution that brings flexibility and independence right where you need it. This advanced autonomous mobile charging robot eliminates the worries of inadequate infrastructure and long lines at charging stations, wherever you are.

⚙️ What can this robot do?

• **Intelligent Autonomous Navigation:** The robot can move independently and find an electric vehicle requiring charging, minimizing the need for human intervention.
• **Powerful energy storage:** With an integrated 70 kWh battery, the robot can provide enough energy for multiple quick charges.
• **80kW Flash Charging:** Provides rapid energy replenishment for your vehicles, saving valuable time.
• **LiFePO4 Technology:** Uses lithium iron phosphate (LiFePO4) batteries, known for their high safety, long life and stability.
• **Robust and durable construction:** Designed to operate in a variety of outdoor conditions and environments.

🔍 Explore every detail

In the era of growing electromobility, the need for flexible and accessible charging infrastructure is becoming crucial. This autonomous mobile robot represents a cutting-edge solution that responds to these challenges. With its ability to move independently and intelligently detect the need for charging in real time, it becomes an invaluable assistant for fleet management, large parking lots, or as a temporary solution for events and festivals.

At the heart of the robot is its high-capacity 70 kWh battery system, which is capable of delivering up to 80 kW of charging power. This combination ensures that even large electric vehicles can be charged quickly and efficiently, whether in urban environments, industrial zones or remote locations. Thanks to its robust construction and modern sensor systems, the robot is capable of safe and reliable operation in complex environments.

🚧 Are you worried about insufficient charging infrastructure?

Do you feel like charging stations are always busy or too far away? Are you facing "range" issues and worried that your electric vehicles will run out of power at a critical moment? Do you operate a fleet and are looking for an efficient way to keep your vehicles constantly in service without costly construction modifications for charging points?

🚀 Get your time and flexibility back!

This autonomous charging robot is your answer to these challenges. Imagine a solution that comes directly to your car and provides fast and reliable charging without having to worry about finding a free station or complicated installation. With its mobility and intelligence, it brings charging infrastructure to where it is needed most, optimizing operations and minimizing downtime.

🌟 More than just features, real benefits

• Function: Fully autonomous movement and vehicle detection -> Benefit: Charging without human intervention and worries, optimization of time and human resources.
• Function: Energy capacity 70 kWh -> Benefit: Long-term energy reserves for multiple or large charges, reduces dependence on the external grid.
• Function: 80 kW fast charging -> Benefit: Minimize waiting time, quickly replenish energy and return to vehicle operation.
• Feature: Use of LiFePO4 batteries -> Benefit: Increased safety, longer life and more stable operation compared to other technologies.
• Feature: Mobility and deployment flexibility -> Benefit: Charging wherever needed, without the need to build a fixed infrastructure.

🎯 Who is it the ideal choice for?

• **Electric car owners:** Provides convenient charging in large parking lots, underground garages, or at special events.
• **Fleet and logistics center managers:** Ensures uninterrupted operation of electric vehicles and optimizes charging processes.
• **Event and festival organizers:** Offers temporary and flexible charging solutions for visitors and participants.
• **Cities and municipalities:** Contributes to the development of smart urban infrastructure and the promotion of electromobility.

🤔 Do you have any concerns? We'll answer them!

• Concern: Will the robot be difficult to operate? -> Answer: The robot is designed for fully autonomous operation with minimal need for human intervention. Integration with intelligent systems ensures easy control and monitoring.
• Concern: How is charging safety ensured? -> Answer: The use of LiFePO4 batteries and advanced safety protocols ensure maximum protection when charging vehicles and the robot itself.
• Concern: How fast does the robot charge? -> Answer: With a charging power of 80 kW, the robot provides very fast charging, comparable to powerful fixed charging stations.

✨ Technical specifications

Energy storage capacity	70 kWh
Maximum charging power	80 kW
Battery type	Lithium iron phosphate (LiFePO4)
Operation method	Fully autonomous (mobile)
Product status	New

❓ Frequently Asked Questions

What is this autonomous robot primarily used for?

This robot serves as a mobile charging station for electric vehicles, capable of driving autonomously and charging vehicles where needed, without the need for fixed infrastructure.

What is the total energy capacity that the robot can provide?

The robot is equipped with an integrated energy storage capacity of 70 kWh, which allows it to provide enough energy for several electric car charges.

What is the maximum charging power?

The maximum charging power of this robot is an impressive 80 kW, which ensures fast and efficient replenishment of energy into the batteries of electric vehicles.

What type of batteries does the robot use and why?

The robot uses modern lithium iron phosphate (LiFePO4) batteries. These are selected for their high safety, long life and excellent stability even during intensive use.

Is the robot capable of operating without human supervision?

Yes, the robot is designed for fully autonomous operation. Thanks to advanced navigation systems and artificial intelligence, it can move independently, detect the need for charging, and perform a charging cycle.

Where can this mobile charging robot be used?

It is ideal for large parking lots, logistics centers, corporate campuses, shopping malls, temporary events and festivals, or as a supplement to existing charging infrastructure in locations with limited options.

What happens if the robot's battery runs out?

The robot is equipped with an intelligent energy management system that guides it back to its home station in time to recharge itself, so it is always ready for the next task.