Solar Energy Storage Box
2. Tensile strength 240MPa, yield strength 220MPa;
3. High welding strength and excellent performance.
4. Size: 1200*790*200mm
Aluminum Energy Storage Box
Performance
1. The material is mainly 6063-T6;
2. Tensile strength 240MPa, yield strength 220MPa;
3. High welding strength and excellent performance.
4. Size: 1200*790*200mm
5. Usage: applied to energy storage
Features
1. Long life: up to more than 20 years, far exceeding traditional metals
2. Corrosion resistance and aging resistance: The aging thickness after 20 years is less than 50μm, and various climates have little effect on the performance of aluminum alloys.
3. Light weight:
4. Good flame retardant performance: the flame retardant performance of aluminum alloy reaches FV0 level, and the smoke is non-toxic
5. Good heat dissipation performance
Process Introduction
The main processes are: precision sawing, CNC machining, ultrasonic cleaning, friction stir welding and TIG welding, etc.
Energy storage containers have the following advantages:
1. The energy storage container box adopts advanced energy management system and efficient energy conversion technology, which can realize rapid storage and release of electric energy, improve energy utilization efficiency and reduce energy costs.
2. The energy storage container box adopts high-performance battery packs and intelligent energy management systems, which can ensure the storage and release of electric energy and avoid potential stability risks.
3. The energy storage container body adopts a modular design, which can be customized and combined according to customer needs. It is convenient and flexible and can adapt to different application scenarios.
4. The energy storage container body is made of green materials, which can reduce the impact on the environment and realize the recycling of electric energy, which is in line with the concept of energy conservation.
Energy storage containers have a wide range of applications:
1. Power field: Energy storage containers can be used for peak shaving, frequency regulation, backup power supply, etc. of the power system to improve the stability and reliability of the power system.
2. Communication field: Energy storage containers can be used for backup power supply of communication base stations and emergency communications to ensure the normal operation of communication systems.
3. Transportation field: Energy storage containers can be used in charging stations for electric vehicles and backup power supplies for buses to improve the operating efficiency of the transportation system.
Power Storage Container
Energy storage containers are mainly composed of energy storage battery packs, power conversion systems, control systems, etc. Among them, the energy storage battery pack is the core part of the energy storage container and is responsible for storing electrical energy; the power conversion system can convert the input electrical energy into the required voltage and current; the control system is responsible for the operation and control of the entire system. The main function of energy storage containers is to store and release electrical energy. When storing electric energy, the electric energy is input into the energy storage battery pack through the charging equipment, and the battery pack is charged; when the electric energy is released, the battery pack outputs the electric energy through the power conversion system to meet the power demand of various devices.
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