In new energy vehicles, high-voltage cables 35 square meters are mainly used to connect battery packs and motors, transmit electrical energy from batteries to motors, and drive vehicles. This high-voltage cable can withstand high voltage and current to ensure the stability and safety of power transmission. //2
In addition, high-voltage cables 35 square meters can also be used in charging equipment for new energy vehicles to connect charging piles and vehicles for fast charging. Its high conductivity and high temperature resistance can ensure the safety and efficiency of the charging process. //3
In general, the application range of 35 square meters of high-voltage cables for new energy vehicles is wide, and it is one of the important components to ensure the normal operation and charging safety of vehicles. //4
Among them, the application mainly involves the transmission of electrical energy and the conversion of electromagnetic energy. Specifically, its application characteristics and precautions for use are as follows: //5
Application characteristics:
Current carrying capacity: The safe current carrying capacity of a 35 square high-voltage cable at a voltage of 10KV is 3.5 times the number of cross-sections, that is, 122.5A. This means that it can carry a relatively large current and meet the needs of the automotive high-voltage system. //6
Load capacity: For a 35 square copper wire, it can carry a load of 60 kilowatts in a 220V environment. And a 35 square aluminum wire can carry a load of 84 kilowatts in the same environment. This makes it suitable for occasions in automobiles that require high power output. //7
Applicability: The ambient temperature of the cable is generally recommended to be in the range of -15 degrees to +70 degrees, which ensures the stability and reliability of the cable under various climatic conditions. //8
Precautions for use:
Pre-installation inspection: Before using a 35 square cable, check whether the cable surface is damaged, cracked, etc. to ensure that the cable is intact and avoid potential safety hazards. //9
Laying requirements: The cable should be laid according to the burial depth requirements, avoiding over-deep or over-shallow burial to ensure the safety and stability of the cable. //10
Rated current use: In order to avoid cable overload, the cable should be used according to the rated current, and the load should not be increased at will to prevent the cable from overheating or damage. //11
Avoid mechanical damage: The cable should be prevented from being torn or crushed by the machine to avoid affecting the electrical performance and service life of the cable. //12
Please note that these are only general application characteristics and precautions. In actual applications, it is also necessary to select appropriate cables according to specific vehicle models, high-voltage system requirements and relevant safety regulations, and install and use them in strict accordance with the operating procedures. At the same time, in order to ensure the safety and reliability of the cable, it is recommended to inspect and maintain the cable regularly. For more product content introduction, please consult: https://www.omgevcable.com