Autonomous Mobile Charging Robot for EVs (100 kW / 104 kWh) – CCS1/CCS2

• ✔ Fully autonomous mobile charging for electric vehicles
• ✔ High power of 100 kW for quick energy replenishment
• ✔ Large capacity of 104 kWh for flexible deployment
• ✔ Support for CCS1 and CCS2 standards for broad compatibility
• ✔ Bidirectional charging (V2G/V2X) for efficient energy management
• ✔ L4 autonomous control level for independent operation
• ✔ Eliminates the need for stationary charging stations

Introducing a revolutionary electric vehicle charging solution that redefines the concept. This autonomous mobile charging robot is the epitome of intelligent mobility, designed to efficiently and flexibly deliver power to your electric vehicles where it is needed most.

With its advanced level of L4 autonomous driving and high power of 100 kW, it brings unprecedented freedom and reliability to the world of e-mobility.

✨ What can this robot do?

• **Full autonomy:** The robot moves independently and identifies vehicles requiring charging, without the need for human intervention.
• **High charging power:** With a power of 100 kW, it can quickly recharge electric vehicle batteries, minimizing downtime and maximizing efficiency.
• **Large battery capacity:** The integrated 104 kWh battery provides enough energy to operate multiple vehicles or for extended operation.
• **Universal Compatibility:** Support for CCS1 and CCS2 charging standards ensures that the robot can service a wide range of electric vehicles on the market.
• **Bidirectional charging:** The ability to not only charge vehicles, but also return energy to the grid (Vehicle-to-Grid, V2G) or use it elsewhere (Vehicle-to-Everything, V2X).
• **Intelligent Energy Management:** Optimizes the charging process based on network availability, current demand, and vehicle battery status.

🔍 Explore every detail

This sophisticated charging robot represents a revolution in electric vehicle infrastructure. Its design and technology are optimized for seamless integration into a variety of environments, from corporate parking lots to shopping malls and logistics facilities. Thanks to its robust construction and advanced navigation systems, it is able to operate with maximum reliability and safety.

The manufacturer has placed emphasis on modularity and scalability, which allows the solution to be adapted to specific needs and to expand the system in the future. Integration with smart platforms for fleet management and energy systems is a given, making it a key element of modern and sustainable transport.

❓ Are you worried about limited charging infrastructure?

Many businesses and cities face challenges when building stationary charging stations – high installation costs, complex permitting, and limited location flexibility. Electric vehicle drivers, in turn, struggle with busy stations or their unavailability in high-demand areas.

🚀 Get back your flexibility with autonomous charging!

This mobile charging robot eliminates the need for extensive fixed infrastructure. Thanks to its autonomy, the robot can travel to vehicles that need power and efficiently charge them on site. This reduces operating costs, simplifies logistics, and maximizes charging availability for all electric vehicles in your fleet or on your property.

🌟 More than just features, real benefits

• Function: Autonomous movement and vehicle identification -> Benefit: You don't have to build fixed stations and you optimize space usage.
• Features: High power of 100 kW and capacity of 104 kWh -> Benefit: Fast charging with enough energy for a full day of operation.
• Features: CCS1/CCS2 support and bidirectional charging -> Benefit: Universal solution for various types of EVs with the possibility of connecting to the energy grid.

🎯 Who is it the ideal choice for?

• For logistics and warehouse areas with a large fleet of electric vehicles.
• For large corporate parking lots, shopping centers and hotels that want to offer a premium service.
• For cities and municipalities looking for flexible and environmentally friendly solutions for public charging.

🛡️ Do you have concerns? We'll answer them

• Concern: Will the robot be able to navigate in our space? -> Answer: The robot uses advanced L4 autonomous control with precise sensors and mapping for seamless movement in complex environments.
• Concern: What about charging safety? -> Answer: Integrated safety protocols and certifications for charging standards ensure maximum protection for both the vehicle and the operator.
• Concern: What is the power and battery capacity of the robot? -> Answer: The robot is equipped with a power of 100 kW and a battery capacity of 104 kWh, which allows for efficient and fast charging of multiple vehicles.

❓ Frequently Asked Questions (FAQ)

How does the robot find the vehicle it needs to charge?

The robot is equipped with advanced sensors and artificial intelligence that allows it to scan parking lots, detect vehicles with low charge levels, and autonomously move to them.

Is the robot compatible with all electric cars?

Yes, the robot supports both major charging standards – CCS1 and CCS2, ensuring broad compatibility with most modern electric vehicles on the market.

Can the robot be integrated with our existing fleet management?

The manufacturer designed the robot with open APIs and integration options into existing fleet management systems and building energy systems.

How long does it take to charge the average electric car?

With a power output of 100 kW, the robot can significantly reduce charging time. The specific time depends on the vehicle's battery capacity and current state of charge, but it will typically take tens of minutes for a substantial top-up.

Is the charging robot safe for use in public areas?

Yes, the robot is equipped with redundant safety systems, including obstacle detection sensors and autonomous braking, and meets relevant safety standards for autonomous operation and charging.

What does bidirectional charging (V2G/V2X) mean?

Bidirectional charging allows not only to charge the vehicle battery from the robot, but also to return energy back to the electrical grid (Vehicle-to-Grid) or use it to power other devices (Vehicle-to-Everything), thus optimizing energy management.

What is the maintenance like for such a robot?

The robot is designed for minimal maintenance. Periodic checks and software updates are usually performed remotely. Physical maintenance focuses on cleaning sensors and inspecting mechanical components.