Mobile EV Charging & Energy Storage Solution
Mobile EV Charging & Energy Storage Solution
Quick description
Our mobile battery energy storage and electric vehicle (EV) charging solution offers a new era of flexible, secure, and integrated power solutions. This modular system combines high-performance batteries, a DC charger, an intelligent control platform, and an advanced thermal management system (with liquid cooling and heating) for optimal performance and safety.
Mobile EV Charging & Energy Storage Solution
Developed as a comprehensive mobile supercharging unit, this solution is designed for both indoor and outdoor parking environments. It allows for quick and flexible deployment, eliminating the need for expensive infrastructure upgrades.
Mobile EV Charging & Energy Storage Solution
Key Benefits
User-Friendly & Mobile
Designed for easy mobility with a standing structure that offers wide visibility, making it simple to use and operate.
Customizable Configuration
Flexible options allow you to tailor the system to meet specific power and charging needs.
Advanced Thermal Management
Features 6-meter liquid-cooled charging cables for enhanced durability and performance under all conditions.
Simple Operation & Low Maintenance
Designed for easy setup and minimal upkeep, making it ideal for both personal and commercial use.
Mobile EV Charging & Energy Storage Solution
Our mobile battery energy storage and electric vehicle (EV) charging solution offers a new era of flexible, secure, and integrated power solutions.
| General Specification | |
| Maximum Output Power | 80 kW |
| Cell Chemistry | LiFePO4 |
| Battery Storage Capacity | 70 kWh |
| Operating Temperature | - 20 ~ 55 °C |
| Operating Altitude | 4000 m |
| Drive System | |
| Drive System | Electric Drive |
| Maximum Drive Speed | 5.4 km/h |
| Minimum Turning Radius | 1.7 m |
| Output Parameters | |
| Maximum Power KW (Output) | 80 kW |
| Maximum Current A (Output) | 260 A |
| Output Voltage Vdc (Output) | 200 Vdc ~ 1000 Vdc |
| Maximum Efficiency | 95.00% |
| Input Parameters | |
| Maximum Power KW (Input) | 70 kW |
| Maximum Current A (Input) | 173 A |
| Rated Voltage Vdc (Input) | 403 Vdc |
Gorban
Application scenarios
Application scenarios of mobile electric vehicle charging piles.
Shopping Malls
Ideal for areas with high foot traffic and variable demand, such as shopping malls. During peak hours, the mobile charging station meets the surge in charging needs, while during off-peak times, it acts as an energy storage solution. Integrated with a supermarket app, customers can use loyalty points to charge their vehicles, enhancing customer retention.
Bus Hubs
Perfectly suited for bus hubs, where it can integrate with solar energy systems to offer a zero-emission charging solution. The mobile unit serves as a flexible complement to stationary charging stations, ensuring a sustainable power supply for electric buses.
Industrial Parks
Located away from city centers, industrial parks experience high demand for charging during working hours. Our mobile charging solution offers backup power during peak times and helps alleviate the demand for grid-based electricity, especially during high-usage hours.
Residential Areas
Older residential areas often face capacity limitations and difficulties with installing fixed charging stations. Our mobile charging units are space-efficient and require minimal construction work, acting as both an energy storage device during off-peak times and a convenient charging solution for residents.
Public Charging Stations
Our mobile units provide an extra layer of power during peak electricity demand at public charging or battery-swapping stations. These units help distribute demand, ensuring that drivers can charge their vehicles even when traditional stations are full.
Highway Service Areas
During peak travel times and holidays, highway service areas often face charging station shortages due to high traffic volume. Our mobile charging units offer a temporary boost during these busy periods, and provide additional power supply during quieter times to ensure service areas are always operational.
Gorban
Application scenarios
Application scenarios of mobile electric vehicle charging piles.
