In April, spring is full of vitality, and all things are reviving, with a hundred flowers competing for beauty. With the arrival of the warm spring season, the trend of outdoor tourism is gradually heating up. Self driving tours, camping picnics and other outdoor activities have become popular choices for people to pursue leisure and relaxation, and outdoor energy storage power sources have also stood out due to their portability and practicality, and have been increasingly loved and pursued by more and more people.

In this context, how to quickly and safely charge electronic devices such as cameras, mobile phones, tablets, drones, camp lights, outdoor projectors, etc. in outdoor open environments is becoming a major challenge for outdoor energy storage power devices.

The connector challenges in the energy storage field

As a key component of the internal circuit of outdoor energy storage power supply, connectors are responsible for transmitting the current inside the battery to external devices, directly affecting the performance, stability, and safety of energy storage equipment. So, how can outdoor energy storage power sources achieve safe and fast charging and discharging?

When emergency electricity is used outdoors, the energy storage power supply discharges to charge the electrical equipment. During the charging and discharging process of energy storage power supplies, it is necessary to use highly reliable connector products to achieve conductive connections. The fourth generation internal connector LC series for Amass commercial grade intelligent devices, with a current range of 10-100A, adopts high current carrying low temperature rise, high temperature resistance and flame retardant design, and can provide safe and efficient connection for outdoor energy storage power supply for fast charging and discharging.

Safe and efficient high current and low temperature charging and discharging

The Amass LC series connector, with a minimum size of less than 2CM and only the size of a finger joint, is suitable for the narrow installation space inside outdoor energy storage power supplies; Using T2 copper plated silver conductor, with excellent conductivity, it ensures efficient transmission of electrical energy and can meet the needs of fast charging and discharging of outdoor energy storage power sources.

Under high current connection, the normal temperature rise of LC series connectors is less than 30K after 4 hours. After 500 hours of thermal cycling test, it will not overheat during use and can prevent machine burning, making it safer to use.

PBT plastic shell material is resistant to high temperature and flame retardant

When charging and discharging outdoor energy storage power sources, the passage of large currents can cause thermal effects on the connectors. When the temperature of the connector rises beyond the temperature of the battery pack, the temperature will be transmitted to the interior of the battery, thereby affecting its stability, leading to a decrease in battery performance, and may even cause accidents such as fire and explosion.

The Amass LC series connectors are made of PBT plastic shell material, which has high temperature resistance and flame retardancy; It can also operate continuously at temperatures between -40 ℃ and 120 ℃, ensuring the safe operation of outdoor energy storage power sources.

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