Autonomous robotic charging station for EVs – 70 kWh | 80 kW

• ✔ Fully autonomous mobility for flexible charging of electric vehicles.
• ✔ Excellent 70 kWh battery capacity for extensive charging operations.
• ✔ Fast charging with maximum power up to 80 kW.
• ✔ Integrated lithium iron phosphate (LiFePO4) battery for safety and long life.
• ✔ Intelligent charging control and energy management.
• ✔ Possibility of charging the station from an AC adapter or solar panels.

Introducing a revolutionary autonomous robotic charging station that is changing the game for electric mobility. With a robust 70 kWh battery and an impressive 80 kW charging power, this mobile station offers unprecedented flexibility and efficiency for charging electric vehicles anywhere, anytime. Its autonomous movement eliminates the need for fixed infrastructure and brings charging directly to where it is needed most.

✨ What can this robotic station do?

• Fully autonomous navigation and intelligent vehicle detection.
• Advanced battery management system (BMS) for optimal performance and lifespan of LiFePO4 batteries.
• Possibility of charging from various external sources, including AC adapters and solar panels.
• Remote monitoring and control via an integrated platform.
• Safety features to protect against overcharging, short circuit and overheating.
• Versatility for charging a wide range of electric vehicles.

🔎 Explore every detail

This mobile charging station embodies an innovative approach to solving charging infrastructure problems. Thanks to its autonomous capabilities, it can move and service vehicles in large areas such as shopping mall parking lots, corporate fleets or logistics warehouses. Its robust construction is designed for reliable operation in a variety of outdoor conditions.

At the heart of the station is a powerful 70 kWh LiFePO4 battery, which provides enough energy for repeated fast charging. LiFePO4 technology not only guarantees a long lifespan and high energy density, but also an excellent safety profile. The maximum charging power of 80 kW ensures that vehicles are back in service in minimal time, which is key to optimizing operating costs.

❓ Are you worried about limited charging infrastructure?

Many electric vehicle owners and fleet operators struggle with a lack of charging stations, long wait times, and the inconvenience of fixed infrastructure. Fixed chargers are often insufficient to meet rapidly growing demand, and their installation is costly and time-consuming. What if a charging station could come to you?

⚡ Get your time and flexibility back!

Our autonomous robotic charging station provides the solution. No more searching for a free stand or complicated moving of vehicles to the charger. This station eliminates “charging anxiety” by providing mobile, flexible and high-performance charging right where the electric vehicle is located. It increases efficiency, saves time and optimizes fleet utilization.

💡 More than just features, real benefits

• Function: Autonomous movement and navigation -> Benefit: Charging right at your vehicle, wherever needed, minimizing downtime.
• Feature: High charging power 80 kW -> Benefit: Extremely fast energy replenishment, maximizing vehicle utilization and efficiency.
• Features: Battery capacity 70 kWh LiFePO4 -> Benefits: Reliability, long battery life, high safety and stability of operation.
• Function: Flexible charging sources (AC, solar) -> Benefit: Independence from the fixed power grid, possibility of sustainable charging and operation.
• Function: Remote management and monitoring -> Benefit: Easy control and optimization of charging processes from any location.

🎯 Who is it the ideal choice for?

• Operators of large parking areas, shopping centers and airports.
• Managers of corporate fleets of electric vehicles and logistics centers.
• Cities and municipalities looking for innovative and flexible solutions for the development of e-mobility.
• Event companies and event organizers requiring temporary charging capacity.

🤔 Do you have concerns? We'll answer them

• Concern: How is the safety of autonomous movement in a busy environment ensured? -> Answer: The station is equipped with state-of-the-art sensors, LiDAR and cameras that enable accurate obstacle detection and safe navigation even in a dynamic environment.
• Concern: How long does it take to charge the station itself? -> Answer: Given its high capacity and flexible sources (AC adapter, solar panels), the station's charging is optimized to minimize downtime and keep it operational.
• Concern: What is the reliability of a LiFePO4 battery in extreme temperatures? -> Answer: LiFePO4 batteries are known for their excellent thermal stability and ability to operate over a wide temperature range, ensuring reliability even in harsh conditions.

⚙️ Technical specifications

Battery capacity	70 kWh
Max charging power	80 kW
Battery type	Lithium iron phosphate (LiFePO4)
Station charging sources	AC adapter, Solar panel
Movement type	Fully autonomous robotic

❓ Frequently Asked Questions

What is the main benefit of an autonomous mobile charging station?

The main benefit is flexibility and efficiency – charging is available where it is needed, without the need to move the vehicle to fixed chargers, which saves time and optimizes logistics.

What types of electric cars can be charged?

The station is designed for compatibility with most common electric vehicles on the market, supporting standard charging protocols.

Is the station suitable for outdoor use?

Yes, its robust construction is resistant to external influences and is optimized for reliable operation in various weather conditions.

How does vehicle localization and navigation work?

It uses advanced sensors and algorithms for mapping and navigation, detecting vehicles requiring charging and safely moving to them.

Can the system be integrated into the existing smart city infrastructure?

Thanks to the open architecture and remote control capabilities, integration with modern management and monitoring systems is easy.

What are the maintenance requirements?

The station is designed for minimal maintenance, primarily consisting of regular checks and software updates.