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Used in electric vehicles, electric forklifts, electric aircraft, electric ships, energy storage, charging connectors, charging piles and other high-voltage electrical systems and electric vehicle charging infrastructure. The high-voltage cable of the automobile is used to connect the high-voltage equipment and devices inside the vehicle, especially the interior of the electric vehicle, connecting the charging interface with the battery and the interior of the battery; the cable is the carrier for the battery and the engine to transmit power. The automotive application environment is harsh, and the performance of the cable plays an important role depending on the wire material.
The core component of new energy electric vehicles is the battery. The first high-voltage line used for battery connection in electric vehicles is an ordinary single-layer high-voltage line; while the motor connection needs to prevent signal interference and act on shielded and unshielded cables. Among them, OMG added a single-layer high-voltage line to the shielding layer; on the basis of the single-layer high-voltage line, the product has a double-layer high-voltage line with better protection of temperature resistance and wear resistance. Features of OMG high-voltage cable products: the product is soft, the bending radius is less than 5D; high and low temperature resistance, oil resistance, acid and alkali resistance, water resistance, wear resistance, crack resistance, UV resistance; good flame retardant performance; good electrical conductivity, small conductor temperature rise ; All materials comply with RoHS2.0 environmental protection standards. We are a professional manufacturer with more than ten years of experience in R&D and production of new energy cables. With ready-made craftsmanship and sufficient R&D and production bases. It is a manufacturer of direct sales and supply of new energy vehicle cable products. To learn more about EV cable information, Please search or visit: https://www.omgevcable.com |
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According to the electrical design and development requirements of the electric vehicle charging cable, the charging cable is required to connect the harness to the connector, and the cable with the current and voltage size is designed in accordance with the current and voltage during the development and production process of the cable. Generally divided into AC charging cables and DC charging cables. As a carrier of electric power transmission for electric vehicles and charging piles, it is important for charging cables of first-class quality. Among them, OMG Cable is a domestic manufacturer of charging cables of various standards. OMG is committed to becoming a global supplier of advanced new energy conduction technology, and I believe that there will be better development in the future. Electric Vehicle Combo Charging System: CSS vehicle jacks are designed to accept both AC and DC power connectors. AC fast charging is beneficial when parking for long periods of time in garages or parking lots; DC fast charging is used when parking for short periods in shops, rest stops and dedicated charging stations. Of course, that includes using e.g. a home that installs a three-phase power supply that can reach 11 kW at 16A, while a single-phase power supply requires cables that provide about 48A and so on. Cables, including charging cables and high-voltage cables, are important power equipment, which can transmit signals. There are many kinds of commonly used insulating materials, generally polyvinyl chloride (PVC), polyethylene (PE), cross-linked polyethylene (XLPE), halogen-free low-smoke polyolefin, fluoroplastic, silicon (silicon) rubber, nitrile, ethylene-propylene rubber, nylon, etc. Products stranded through the cable manufacturing process, the thickness of the cable is divided by looking at multi-core or single-core products. Of course, quality is strictly required in the cable production process, and it is an important carrier tool for equipment connection, which is certain. For more EV charging cable information, Please visit or search: https://www.omgevcable.com |
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Electric vehicles on the road are in constant development, and those that rely on charging posts to serve them look at the issue of battery mileage range as important. In particular, the issue of the efficiency of DC charging and AC charging of electric vehicles can be simply stated as the difference between fast charging and slow charging. For more information, please read more. Charging pile: an equipment device that provides charging service for new energy electric vehicles, the function can be analogous to the fuel dispenser in a gas station, installed in public places such as parking lots, charging stations or private places such as residential communities and corporate parking lots, which can provide charging service for various types of electric vehicles according to different voltage levels. According to the charging method, it can be divided into DC charging pile and AC charging pile, with a large adjustable voltage and current range, which can be used for fast charging of electric vehicles, also known as "fast charging", with a charging time of about 2 hours. Charging cables are differentiated according to DC and AC cables. Fast charging and slow charging are for public and private charging, but of course, the rates for this will be different. In public places, charging services are provided for social vehicles; however, dedicated charging posts are generally built in the parking lot of the unit/company itself and serve internal personnel. A special case is of course the self-charging piles, which are generally established for the users of the charging service. According to the interface of the charging pile, it is generally divided into one charging pile corresponding to one vehicle only; other cases have one pile with multiple charging, which can support multiple electric vehicles charging, speed up charging efficiency and reduce user waiting time. This is the best way for users to use the experience. For more product information about EV Charging cable, please search or visit : https://www.omgevcable.com |
