Topband Stackable energy storage charging pile.

Topband Stackable energy storage charging pile.

This mobile energy storage stacked charging pile is composed of one control module, three battery modules, and one charging machine module. It has a maximum battery capacity of 11.5 kWh and a maximum power of 20 kW. It is used for rescue charging, on-site charging, and home energy storage, and is a product solution for such application scenarios.

Stacked mobile energy storage charging station is a device composed of one control module, three battery modules, and one charging machine module. It has the following advantages and characteristics:

1. Flexible mobility: The stacked mobile energy storage charging pile adopts a modular design, which can be flexibly assembled and disassembled according to needs. This allows it to move anytime and anywhere to places that require charging or energy storage, providing rescue charging services for new energy vehicles or backup power for households.

2. Efficient and energy-saving: The stacked mobile energy storage charging pile adopts efficient output modules for DC20kw and 2C power discharge, and AC7kw charging module, which quickly replenishes energy for the charging pile, charges quickly, and maximizes energy utilization. At the same time, the battery module adopts high energy density and high safety performance lithium iron phosphate batteries, which have efficient energy storage and release characteristics and provide reliable power support.

3. Scalability: The design of the stacked mobile energy storage charging station allows users to expand according to their needs. Users can increase the number of battery modules according to their own needs to increase energy storage capacity. This scalability enables it to adapt to users of different sizes and needs, providing personalized solutions.

4. Intelligent management: The control module adopts an advanced intelligent management system, which can monitor and manage the charging and discharging status, charging speed, and energy storage capacity of the battery. Users can monitor and manage the status of charging stations in real-time through LED displays or cloud platforms, achieving remote control and intelligent management.

5. Multifunctionality: This charging station can not only be used for charging, but also as a household energy storage device. When household electricity demand increases, additional power can be provided by connecting battery modules. In this way, users can continue to use power supply in the event of power outages or unstable power grids.

In summary, stacked mobile energy storage charging piles have advantages and characteristics such as flexible mobility, multifunctionality, high efficiency and energy saving, scalability, and intelligent management. It can provide rescue charging services for new energy vehicles, provide backup power for households, meet the needs of different users, and contribute to sustainable energy development.