Autonomous Mobile Charging Station for Electric Vehicles (70 kWh)

• ✔ Fully autonomous navigation for efficient on-site charging.
• ✔ High capacity of 70 kWh for extended range and quick energy replenishment.
• ✔ Integrated LiFePO4 battery for maximum safety and long life.
• ✔ Flexible charging options (AC adapter, solar panel, from a car).
• ✔ Revolutionary solution for eliminating queues at charging stations and optimizing EV fleet management.
• ✔ Durable construction designed for continuous operation in a variety of environments.

Discover the future of electromobility with the autonomous mobile charging station that revolutionizes electric vehicle charging. This innovative 70 kWh robot can independently navigate to your vehicle and deliver the energy you need on site, eliminating the need to search for and wait at fixed charging points.

It is designed to provide maximum flexibility and reliability for a wide range of applications, from large parking lots to logistics centers to corporate fleets.

⚡ Key features that will excite you

• **Autonomous Intelligence:** Advanced navigation systems and AI for independent movement and accurate vehicle location.
• **High Charging Power:** With a capacity of 70 kWh, it ensures fast and efficient charging for extended range.
• **Safe LiFePO4 Battery:** Thanks to lithium-iron-phosphate technology, it offers excellent lifespan and thermal stability.
• **Multifunctional Charging:** Possibility to charge the robot from the AC network, solar panels or another car.
• **Robust and Durable Construction:** Designed for reliable operation in harsh outdoor conditions.
• **Fleet Operation Optimization:** The ideal solution for managing and maintaining company electric vehicles without the need to move vehicles.

🔍 Explore every detail

This innovative charging station combines advanced robotics with high-capacity energy storage. Thanks to autonomous movement, the robot can dynamically respond to charging demand, minimizing downtime and increasing operational efficiency. Its ability to receive energy from various sources, including solar panels, makes it a flexible and environmentally friendly solution for the modern era of electromobility.

Investing in this station means investing in a future where charging electric vehicles is convenient, intelligent and always available, wherever the vehicle is in the parking lot or on the premises.

⚠️ Are you worried about the limited availability of charging points?

Many EV owners are frustrated by crowded charging stations, having to move vehicles, or complex infrastructure in large areas. Traditional charging infrastructure is often static and costly and time-consuming to expand, limiting efficiency and user convenience.

🚀 Get back your time and flexibility with a smart solution!

With this autonomous mobile charging station, charging worries are a thing of the past. The robot will come directly to your car, charge it and drive away without you having to lift a finger. Maximize your fleet's operational efficiency and increase user satisfaction with always-available and flexible charging.

💡 More than just features, real benefits!

• Function: Autonomous navigation and vehicle localization. -> Benefit: Worry-free and downtime-free charging, the vehicle does not have to drive anywhere.
• Function: High battery capacity of 70 kWh. -> Benefit: Fast and sufficient charging even for longer trips, minimizing waiting.
• Features: LiFePO4 battery technology. -> Benefits: Maximum safety, long life and stable performance even with intensive use.
• Function: Multiple sources for charging the robot. -> Benefit: Maximum flexibility and sustainability, possibility of operating off-grid.
• Features: Robust design for outdoor use. -> Benefit: Reliable operation in any weather and environment, low maintenance requirements.

🎯 Who is it the ideal choice for?

• Operators of large parking areas, shopping centers and airports.
• Companies with large fleets of electric vehicles and logistics centers.
• Cities and municipalities looking for innovative solutions for public charging.
• Companies focused on sustainability and smart energy.

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

• Concern: How is the safety of autonomous movement ensured? -> Answer: The robot is equipped with advanced sensors, cameras and artificial intelligence algorithms for obstacle detection and safe maneuvering in real time.
• Concern: Is charging compatible with all electric cars? -> Answer: The station supports standard charging protocols and connectors, ensuring broad compatibility with most electric cars on the market.
• Concern: How long does it take to charge the robot itself? -> Answer: The charging time depends on the selected source, but thanks to the optimized energy management system, the process is maximally efficient.

⚙️ Technical specifications

Parameter	Value
Product type	Autonomous mobile charging station for EVs
Battery capacity	70 kWh
Battery type	Lithium iron phosphate (LiFePO4)
Robot charging options	AC adapter, Solar panel, From car
Function	Autonomous driving, Mobile EV charging

❓ Frequently Asked Questions (FAQ)

What is the primary purpose of this robotic system?

Its main purpose is to provide mobile charging for electric cars, autonomously moving to vehicles and recharging them on site without the need to move cars to fixed charging stations.

What is the capacity of the robot's integrated battery?

The robot is equipped with a high-capacity 70 kWh battery, which allows for efficient and fast charging of many electric vehicles or provides a significant extension of range.

In what ways can the mobile station itself be recharged?

The robot offers flexible charging options, including using an AC adapter, solar panels for sustainable charging, or even from another car, ensuring maximum operational flexibility.

Is the robot capable of navigating completely autonomously?

Yes, the system is designed for fully autonomous navigation. It uses advanced sensors and artificial intelligence to detect its surroundings, plan a route, and safely maneuver to a vehicle that needs charging.

What types of environments is this robot suitable for?

Thanks to its robust design and autonomous capabilities, it is ideal for large parking lots, corporate campuses, logistics centers, airports and wherever a flexible and dynamic EV charging solution is needed.

What is the main advantage of LiFePO4 batteries over other types?

Lithium iron phosphate (LiFePO4) batteries are known for their high safety, long life, cycle stability, and high temperature resistance, making them an ideal choice for reliable and long-term energy storage.

How does the robot increase the efficiency of fleet charging?

The robot eliminates the need to move vehicles to fixed charging points, optimizes space utilization and allows multiple vehicles to be charged simultaneously or sequentially where they are parked, resulting in significant time savings and increased fleet productivity.