Dongguan Ruipai Electronic Technology Co., Ltd. is specialized in lithium battery pressure vessels, explosion-proof boxes, explosion-proof cabinets, emergency mobile lighting vehicles, explosion-proof special lighting, emergency lighting. , mobile lighting, explosion-proof lighting, LED lighting, as well as design, product processing, production, construction, etc.
Specifically summarize the usage places such as indoor and outdoor workplaces, Chinese coal industry, PetroChina, Sinopec, CNOOC, electric power, metallurgy, roads iron, steel, ships, military, aerospace, public safety. and firefighting, chemical industry, government departments, sites, transportation and large businesses for applicable needs.
Product Features:
1. The shell of the boxr explosion-proof power distribution is made of ZL102 aluminum alloy die-casting or steel plate welding, with high-voltage electrostatic spraying on the surface and exposed stainless steel fasteners give the product a beautiful appearance. Shunxin explosion-proof production and customization.
2. The explosion-proof power distribution box is well-designed, safe and easy to use.
3. Cabinet drawings can be provided by customers and manufacturers.
4. The explosion-proof lighting (power) distribution box adopts composite type and modular structure. Each circuit can be assembled freely as needed. Generally, the switch box adopts explosion-proof structure and busbar. the box and the output box adopt an increased security type.
5. Integrated components can be equipped with high voltage circuit breakers orof plastic case circuit breakers according to user needs. Such as DZ47, C65, DZ158, NM1, CM1, etc.
A complete lithium-ion battery system consists of four parts: an electrolyte, positive and negative separators (usually polymer separators or electrolytes that have both transmission functions and support for lithium ions), negative and positive poles. . A battery is actually an energy conversion device: when charging, it converts electrical energy into chemical energy and vice versa. When both poles of the battery are charged, the electrons are transferred from the negative pole to the negative pole through the external circuit and the chemical energy is converted into electrical energy. When a higher opposing voltage is applied to both poles of the battery, the direction of electron transfer is reversed and the electrical energy supplied by the high voltage device is converted into energy.ie chemical and stored in the battery.
There are many applications of lithium batteries at home and abroad. The most mature include lithium-nickel, lithium-manganese and other batteries, as well as emerging iron batteries. These days, batteries are generally very safe. In the past, lithium-cobalt batteries were a bit dangerous and prone to explosions. There is no problem with the safety of current lithium batteries.