As global energy structures adjust and new energy technologies develop, mobile energy storage vehicles are becoming increasingly important in energy management and power supply. Their unique mobility and efficient energy storage and release capabilities make them highly promising in various fields.
 
Energy Management in Smart Cities
Energy management is a critical component of the construction of smart cities. Mobile energy storage vehicles can act as "mobile batteries" for smart cities, participating in the scheduling and management of the urban grid. By linking with smart grids, these vehicles can provide additional power during peak demand periods and store excess energy during low demand periods, optimizing the distribution and utilization efficiency of urban power resources. Additionally, they can complement distributed energy systems, such as rooftop solar panels and small wind turbines, further enhancing urban energy efficiency.
 
Backup Power for Eco-Friendly Buildings
Modern buildings are increasingly focusing on eco-friendliness and energy efficiency, especially in the design of green and zero-energy buildings. Ensuring efficient and reliable power supply is a significant challenge. Mobile energy storage vehicles can serve as backup power systems for these buildings, providing continuous power support. They can store energy generated by solar or wind power during the day and release it at night or during windless periods, ensuring a stable power supply within the buildings. This approach not only enhances the building's energy self-sufficiency but also reduces reliance on traditional power grids and lowers carbon emissions.
 
Power Assurance for Mobile Medical Facilities
In public health emergencies, the rapid deployment and operation of mobile medical facilities are crucial. Mobile energy storage vehicles can provide reliable power assurance for these facilities, ensuring the normal operation of various medical devices. For instance, during the COVID-19 pandemic, many countries established temporary hospitals and testing stations. These vehicles can offer continuous power supply to these locations, ensuring smooth medical services. Moreover, they can be used in remote areas for medical rescue, providing necessary power support to mobile medical teams.
 
Temporary Power Supply for Large Events
Temporary power supply is a significant need in large events like sports games, music festivals, and exhibitions. Traditional power generation equipment is often noisy and polluting, while mobile energy storage vehicles provide a green and environmentally friendly solution. They can offer quiet and clean power supply, and their mobility allows flexible deployment to ensure the normal operation of various equipment at event sites. Additionally, their rapid charging and discharging capabilities enable quick power replenishment between events, meeting the demands of long-duration activities.
 
Energy Support for Agriculture and Livestock
In agriculture and livestock industries, especially in large-scale farming and ranching, there is a substantial demand for electricity, and the power environment is complex. Mobile energy storage vehicles can provide stable power support in these settings. For example, in irrigation, efficient farming equipment, and cold chain transportation, they can serve as primary power sources or backup power, ensuring continuous and efficient production. Moreover, they can be integrated with agricultural renewable energy systems, such as solar power, to provide green energy for agricultural production, reducing energy costs.
 
Power Support for Military and Emergency Rescue
Power assurance is crucial in military operations and emergency rescues. Mobile energy storage vehicles can be rapidly deployed to provide efficient power support for frontline troops and rescue teams. For instance, in field operations or natural disaster sites, they can supply power to communication equipment, medical devices, and lighting facilities, ensuring the smooth execution of tasks. Their high mobility and autonomous charging capabilities enable them to adapt to various complex geographical environments and emergency scenarios, making them vital equipment for military and emergency rescues.