What Factors Need To Be Considered For Heavy-duty Connectors In The Field Of New Energy Vehicles?

High insertion/removal cycles, heat resistance, and current carrying capacity are key factors to consider during the development of heavy power connector. The production of heavy duty wire connectors requires high-temperature resistant materials, and its requirements for sealing, shielding, and waterproofing are higher than those of the traditional wire connector heavy duty, resulting in higher costs. From a technical perspective, there are many patents related to electronic control and heavy duty electric cable connectors, but few improvements have been made to charging, heavy duty automotive electrical connectors, and grounding shielding. Pure electric vehicles and plug-in hybrid electric vehicles operate at voltages exceeding 300V, requiring consideration of heavy duty 12v connectors for overheating or combustion prevention, shielding performance, waterproofing and dustproofing, and electromagnetic compatibility with the vehicle's electrical system. In practical use, the magnetic interference generated by heavy duty 12 volt connectors can affect the integrity and accuracy of data transmission in automotive signal lines, and even impact the safety of the entire vehicle.