1. Outdoor Construction Sites
Power Supply Equipment
At outdoor building construction sites, there are usually various electric tools such as electric drills, saws, and welding machines. An outdoor energy storage system with a capacity of 10kW - 30kWh can provide stable power for these devices. For example, an ordinary electric drill has a power of about 500 - 1500W, a saw may have a power of 1000 - 3000W, and a welding machine generally has a power of 3000 - 8000W. This energy storage system can meet the power needs of multiple tools simultaneously, ensuring the smooth progress of construction.
Advantages
It eliminates the dependence on the traditional municipal power grid. For some remote areas or temporary construction sites, there is no need to spend a lot of time and cost laying cables to connect to the grid. Moreover, the energy storage system can be flexibly moved according to the construction progress to meet the power requirements of different construction areas.
2. Agricultural Irrigation and Aquaculture
Power Supply Equipment
In the agricultural field, for irrigation systems such as water pumps, the power may range from 1 - 5kW. A 10kW - 30kWh energy storage system can drive water pumps to extract groundwater or river water for farmland irrigation. In aquaculture, oxygenators and water quality monitoring equipment also require power. The power of an oxygenator is generally several hundred watts to 2kW. The energy storage system can continuously supply power to these devices, ensuring a stable breeding environment.
Advantages
For farmlands and aquaculture farms far from the power grid, the energy storage system can solve the problem of power supply. It can also be charged by solar panels during the day when sunlight is sufficient and supply power to the devices at night or when sunlight is insufficient, realizing the rational use of energy and reducing the operating costs of agricultural production.
3. Outdoor Adventures and Camping
Power Supply Equipment
During large - scale outdoor adventures or camping activities, there may be many electrical devices. Such as lighting equipment, charging devices (mobile phones, cameras, drones, etc.), small refrigerators, and portable air conditioners. The total power of lighting equipment may be several hundred watts, the power of multiple charging devices charging simultaneously is about 100 - 300W, the power of a small refrigerator is 100 - 200W, and the power of a portable air conditioner is 1 - 3kW. A 10kW - 30kWh energy storage system can meet the power needs of these devices, providing a comfortable living environment for adventurers and campers.
Advantages
It provides the possibility of independent power consumption outdoors for a long time, allowing people to enjoy modern electrical devices while enjoying nature. Moreover, the energy storage system is relatively quiet and does not produce noise and exhaust gases like traditional generators, being environmentally friendly.
4. Outdoor Commercial Activities
Power Supply Equipment
At outdoor commercial activities such as fairs, small concerts, and auto shows, there is a large demand for electricity. Lighting systems, audio equipment, display screens, and vending equipment (such as popcorn machines and coffee makers) all require power. The power of audio equipment may be 1 - 5kW, the power of a large - scale display screen is 1 - 3kW, the power of a popcorn machine is 1 - 2kW, and the power of a coffee maker is 1 - 1.5kW. A 10kW - 30kWh energy storage system can ensure the normal operation of the activities.
Advantages
It facilitates the organization and implementation of activities without worrying about whether there are suitable power interfaces near the event venue. It allows for flexible selection of event locations, increasing the flexibility and diversity of activities. Compared with traditional generator power supply, the energy storage system is more stable, providing high - quality power and reducing damage to equipment.
5. Field Scientific Research and Monitoring
Power Supply Equipment
When conducting scientific research and monitoring work in the wild, there are various monitoring instruments such as meteorological station equipment (anemometers, temperature sensors, humidity sensors, etc.), geological monitoring equipment, and ecological monitoring equipment. These devices usually have relatively low power but require long - term stable power supply. A 10kW - 30kWh energy storage system can provide reliable power for these devices, ensuring continuous data collection and transmission.
Advantages
For some remote and unattended scientific research and monitoring stations, the energy storage system can ensure the normal operation of the equipment without maintenance for a long time. Its intelligent management system can also monitor the power consumption of the equipment and the power status of itself in real - time, making it convenient for researchers to remotely monitor the operating conditions of the equipment.
