博文

目前显示的是标签为“OMG EV cable”的博文

The road to global automotive electrification

 Description: According to sources, the road to global automotive electrification is progressing steadily. At the policy level, countries have introduced favorable policies one after another. All countries have plans to achieve automotive electrification in 2025 and gradually promote automotive transformation and upgrading. ​ Technically, power batteries are constantly innovating, semi-solid batteries have been commercialized, and all-solid-state batteries are expected to be trial-produced from 2025 to 2027, with a significant reduction in costs. Market demand is also continuing to grow, and global electric vehicle sales are expected to increase by 30% in 2025. ​ Regional development has its own characteristics. At present, China's entire industrial chain is leading and actively going overseas; traditional European car companies are accelerating their transformation and attracting Chinese companies to participate through projects such as "Battery Valley"; of course, the g...

Deeply explore the advantages and characteristics of automotive cable manufacturers

 At present, OMG's main products include three categories: new energy vehicle transmission products, mechanical equipment cables, and elevator equipment cables. At present, OMG's customers include BYD, BAIC, Yutong, CSR and other companies. Why choose OMG cable? Look at it from four aspects. At present, the main products of OMG cable manufacturers are new energy vehicle transmission products, including electric vehicle charging cables and automotive high-voltage shielded cables. 1. OMG focuses on the field of new energy vehicle transmission. After a long period of accumulation and research, OMG actively led and participated in the compilation of high-voltage lines and charging lines "Electric Vehicle Charging Cable" GB/T standards; "Electric Vehicle AC 1.5kv High-voltage Soft Cable " Guangdong local standards, and will continue to promote the standardization process of new energy vehicle transmission products and promote the internationalization of new energ...

Achieving lightweight and efficient cooling of charging cables

Product Overview: With the new energy vehicle era promoting the construction of charging infrastructure, new energy vehicle charging stations are also implemented in various regions. Although the current charging infrastructure can provide electric vehicles with faster charging speeds, the cables in the fast charging equipment of many charging stations are very bulky. The emergence of liquid-cooled charging cables not only makes the weight much lighter, but also can well meet the passage of large currents and increase the charging speed. So what is the reason why liquid-cooled charging cables are light? The reason why liquid-cooled cables are lighter is because of the use of liquid cooling technology. The cables do not need to increase the cross-sectional area to load the flow like traditional high-current cables, but have special cooling pipes inside. These pipes run through the entire cable and are closely connected to the charging coil and cable core. Using liquid media to dissipat...

Overview of wireless charging equipment for equipment applications

 Description: Wireless charging equipment for electric vehicles is an innovative charging method. It uses electromagnetic induction or magnetic resonance to achieve wireless transmission of electric energy from the transmitter to the receiver, providing power supply for electric vehicles. The following is an overview of wireless charging equipment for electric vehicles : Basic principle: Wireless charging technology is mainly based on the principle of electromagnetic induction. It achieves wireless transmission of electric energy by forming a changing electromagnetic field between the transmitter and the receiver. This technology can be divided into electromagnetic induction and magnetic resonance. The electromagnetic induction type realizes energy transmission through electromagnetic induction coupling between the sensor and the receiver, while the magnetic resonance type requires two resonant devices, located on the charger and the charging device respectively, and transmits high...