Autonomous Mobile Charging Robot for EVs – 100kW Off-Grid Solution

• ✔ Fully autonomous mobile charging of electric vehicles
• ✔ High power of 100 kW for ultra-fast charging
• ✔ Off-grid solution with integrated energy storage
• ✔ Wide compatibility with charging standards (CCS1, CCS2, NACS, CHAdeMO)
• ✔ Extremely long battery life (more than 8000 cycles)
• ✔ Robust construction with C4 class corrosion protection
• ✔ Ideal for parking lots and locations without fixed charging infrastructure

Enter the era of smart EV charging with the autonomous mobile charging robot. This cutting-edge solution brings flexibility and high power of 100 kW to where it is needed most, without being dependent on fixed grid infrastructure. It represents a revolution in charging for parking lots, events or remote locations.

⚡ Innovative Features for Modern Charging

• Fully autonomous movement: The robot can independently navigate to vehicles requiring charging.
• Integrated off-grid storage: Independence from the power grid thanks to its own energy storage.
• High charging power: Provides up to 100 kW for fast and efficient charging.
• Wide connector compatibility: Supports CCS1, CCS2, NACS and CHAdeMO standards.
• Durability and long life: Sheet metal construction with C4 anti-corrosion treatment and batteries with a cycle life of over 8000 cycles.
• Adjustable autonomous driving levels: Adaptable for different operating scenarios.
• AC load power option: Provides flexibility in use.

🔍 Explore the details of the mobile energy revolution

This autonomous robot represents a breakthrough solution in the field of electric vehicle charging, overcoming the limitations of traditional charging stations. Thanks to its mobile and off-grid design with its own energy storage, it is able to provide a high charging power of 100 kW exactly where it is needed, even in locations without access to a fixed electricity grid. It is ideal for large parking lots, temporary events or areas with insufficient infrastructure, where flexibility and independence play a key role.

The manufacturer emphasizes durability and longevity. The materials used, such as sheet metal with a C4 anti-corrosion treatment, guarantee reliable operation even in harsh outdoor conditions. The energy storage itself is designed for more than 8,000 charging cycles at 90% depth of discharge (DOD) and 80% end of life (EOL), which underlines its economic sustainability and environmental benefits. With support for all major charging standards, it becomes a universal partner for any fleet.

🚗 Are you worried about the limitations of traditional EV charging?

Modern electromobility is developing rapidly, but the infrastructure of fixed charging stations often lags behind. More and more drivers are facing problems such as long queues for chargers, a lack of available points in remote areas, or the inability to quickly expand charging capacities without extensive building modifications. How can you ensure efficient and flexible charging for the growing number of electric vehicles without having to rely on the fixed network?

💡 Gain flexibility and independence with an autonomous robotic charger!

Introducing a game-changing solution: the autonomous mobile charging robot. It eliminates the need for extensive construction work and dependence on a fixed power grid. This robot moves around the parking lot on its own, identifies vehicles requiring charging and provides them with a high power of 100 kW. With its own energy storage, it brings charging directly to the vehicle, optimizing space utilization and ensuring uninterrupted service even in places where it would not have been possible before.

🌟 More than just charging: Real benefits for your business

• Autonomous operation: Reduced operating costs and efficient use of human resources due to minimal operator intervention.
• Off-grid energy storage: Independence from the power grid, the ability to charge anywhere and reduce infrastructure investment.
• High power 100 kW: Ultra-fast charging, minimizing waiting time and increasing user satisfaction.
• Broad compatibility: Universal solution for various types of EVs, ensuring future durability and adaptability.
• Long battery life (8000 cycles): Low total cost of ownership and sustainable operation for many years.
• C4 anti-corrosion treatment: Ensures resistance in harsh outdoor conditions and extended device life.

🎯 Who is this autonomous solution ideal for?

• Parking and commercial zone operators: Who want to optimize space utilization and offer flexible charging without costly installation.
• Event and festival organizers: Need temporary, high-capacity charging solutions in locations without fixed infrastructure.
• Fleet and logistics center managers: Looking for an efficient and scalable way to charge their electric vehicles with minimal infrastructure requirements.

🤔 Are you worried? We'll answer the key questions!

• Concern: Will the robot be safe to operate with people and vehicles in busy areas? Answer: The robot uses advanced autonomous control, which includes sensors and algorithms for safe navigation and obstacle avoidance in real time, minimizing risks.
• Concern: Is the robot compatible with all electric cars available on the market? Answer: Yes, the device supports all major charging standards, including CCS1, CCS2, NACS and CHAdeMO, ensuring broad compatibility with most electric vehicles.
• Concern: How long can the robot charge when it is completely independent of the network? Answer: With its robust integrated energy storage and 100kW of power, it is capable of many rapid charge cycles before requiring a recharge. The battery is designed for long-term reliability with over 8,000 cycles.
• Concern: Will the device withstand adverse weather and harsh outdoor conditions? Answer: Its C4 corrosion-resistant construction and rugged design are designed for reliable operation over a wide range of outdoor temperatures and weather resistance.

📊 Technical specifications

Charging power	100kW
Supported charging standards	CCS1, CCS2, NACS, CHAdeMO
Battery life	> 8000 cycles (90% DOD, 80% EOL)
Construction material	Sheet metal
Anti-corrosion protection	Class C4
Function	Fully autonomous mobility
Additional features	Possibility of supplying AC loads

❓ Frequently Asked Questions

What is the main benefit of an autonomous charging robot?

The main benefit is flexibility and independence from fixed infrastructure. The robot can charge electric cars with a power of 100 kW anywhere in a parking lot or in off-grid locations.

What charging standards is the robot compatible with?

The robot is fully compatible with CCS1, CCS2, NACS and CHAdeMO standards, ensuring wide applicability for most electric vehicles.

What is the lifespan of an integrated energy storage system?

The battery is designed for over 8000 charge cycles at 90% depth of discharge (DOD) and 80% end of life (EOL), ensuring long-term reliability.

Is the robot's construction weatherproof?

Yes, the robot is made of sheet metal with C4 class anti-corrosion protection, which ensures high durability and reliability even in demanding outdoor conditions.

Can the robot be used to power other devices?

Yes, the device offers the ability to power AC loads, which extends its flexibility of use beyond EV charging itself.

Is the robot fully autonomous or does it require supervision?

The robot is designed for fully autonomous operation and can navigate independently. The manufacturer has focused on implementing advanced autonomous driving features.

Is it possible to customize the robot to specific needs?

The manufacturer has designed the device with modularity and flexibility in mind, and offers customization options for integration into specific systems.