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Intelligent safety valve

Intelligent safety valve

intelligent safety valve The safety of battery packs has become a crucial topic in modern power and energy storage systems. With the wide application of electric vehicles and renewable energy, battery packs need to ensure the safety of users and devices while maintaining high performance. As an innovative protection device, the intelligent safety valve can monitor and adjust the running…

Electronic safety valve

Electronic safety valve

Electronic safety valve With the increasing global demand for renewable energy and electric vehicles, the safety of battery packs as the core components of electric energy storage and supply is particularly important. In order to improve the safety of battery pack, electronic safety valve as a new protection device came into being. This article will introduce the electronic safety valve…

UPS Communication Mode 2: I2C (Inter-Integrated Circuit)

UPS Communication Mode 2: I2C (Inter-Integrated Circuit)

12.UPS communication mode 2: I2C (Inter-Integrated Circuit) I2C (Inter-Integrated Circuit), also known as TWI (Two Wire Interface), is a serial communication protocol developed by Philips (now NXP Semiconductors) in the 1980s. I2C is a simple and flexible communication method that is widely used in short-distance device-to-device communication, especially for connecting low-speed devices such as sensors, memory, displays and microcontrollers. Because…

Introduction to the iron core of DC charging pile transformer

Introduction to the iron core of DC charging pile transformer

Introduction to the iron core of DC charging pile transformer The transformer core of a DC charging pile is a critical component responsible for establishing the magnetic circuit and transferring energy. Here is a detailed introduction to the six key characteristics and components of the transformer core: Main component Structure of the Core Body The core body of the transformer…

Introduction of the body material of the battery pack mechanical safety valve

Introduction of the body material of the battery pack mechanical safety valve

Introduction of the body material of the battery pack mechanical safety valve The safety of the battery pack is very important, and the mechanical safety valve as a protective device can effectively prevent the danger caused by the internal gas overpressure. Therefore, the choice of valve body material plays a key role in the design of mechanical safety valves. In…

Performance optimization technique

Performance optimization technique

Performance optimization technique Battery performance optimization technology involves improving key performance such as energy density, charge and discharge efficiency, cycle life, and safety of batteries by various methods. These technologies can not only improve the overall performance of the battery, but also ensure its long-term stability in different application scenarios, especially in areas such as low-speed vehicles, which is essential…

Production technology

Production technology

Production technology Battery production process refers to the manufacturing process from raw materials to the final product, including all the technologies, equipment and processes involved in battery production. Excellent production processes not only determine the quality, performance and consistency of the battery, but also affect production efficiency, cost control and sustainability. The production process of low-speed vehicle battery plays a…

Structural design

Structural design

Structural design The structural design of the battery refers to the technical method to improve the performance, safety and adaptability of the battery through the reasonable arrangement and optimization of the internal and external structure of the battery in the process of battery development. The structural design not only determines the energy density, heat dissipation capacity and mechanical strength of…

Material technology

Material technology

Material technology In the manufacture of low-speed vehicle batteries, material technology is a key factor in determining battery performance, cost, safety and environmental protection. The core performance of the battery, such as energy density, cycle life, charging speed, safety and temperature control, are closely related to the material used. With the continuous progress of battery technology, innovation in material technology…

Manufacturing technology core

Manufacturing technology core

Manufacturing technology core Research on the manufacturing technology of low-speed vehicle batteries is the basis for ensuring efficient production, high quality performance and reliability of batteries. The core of manufacturing technology involves many aspects, including material technology, structural design, production process and performance optimization technology. These contents are closely related, and each link plays a vital role in ensuring the…