1, Hello, some models of Huawei mobile phone support wireless charging function, For example, Huawei Mate40E, Huawei Mate40 Pro, Huawei Mate40 Pro, Huawei Mate 30 Pro 5G, Huawei Mate40, Huawei P40 Pro, Huawei MateRS, Huawei Mate20Pro, Huawei Mate20RS, Huawei Mate40Pro, Huawei Mate20RS, Huawei Mate40Pro, Huawei Mate20RS. Huawei P30Pro,Huawei Mate RS, you need to be equipped with a wireless charger to wireless charging.
2. Huawei supports wireless charging models such as Huawei P40Pro, Huawei P30Pro, and Huawei Mate30Pro. Huawei P40Pro supports 40W super fast charge, 27W wireless fast charge, and wireless reverse charge. Huawei P30Pro supports 40W super fast charge and 15W wireless fast charge. Huawei Mate30Pro mobile phone supports a maximum of 10V / 4A super fast charge, compatible with 4.5V / 5A or 5V / 4.5A super fast charge, compatible with 9V / 2A fast charge.
3, some mobile phones do not support wireless charging function, support wireless charging mobile phones are: Huawei Mate 40E Pro, Huawei P50 Pro, Huawei Mate 40E, Huawei Mate 40 Pro, Huawei Mate 30 Pro, Huawei Mate 20 Pro, Huawei P40 Pro, etc.
4, whether Huawei supports wireless charging is uncertain, depending on the specific model. Mobile phones that support wireless charging include Huawei Mate40EPro, Huawei P50Pro, and Huawei Mate40E, Huawei Mate40Pro, Huawei Mate30Pro, Huawei Mate20Pro, Huawei P40Pro, etc. Mobile phone wireless charging refers to the idea that the charger and the electrical device can charge the phone without a wire connection.
5, there are many models that support wireless charging in Huawei mobile phones, including but not limited to Mate 60 series, Mate 50 series, Mate 40 series, P60 series and other high-end models. The Huawei Mate 60 series, such as the Mate 60 and Mate 60 Pro, not only supports wireless charging,In the national standard. Specifically, it follows the standard GB/T 20233-2015 "Wireless Charging Systems for road vehicles - Part 3: Wireless Chargers for electric road vehicles". The standard covers the technical requirements of the charging gun, test methods, identification, instructions for use, packaging, transportation and storage, etc., to ensure the quality and safety of the product.
3, the innovative standard "GB/T 20231-2023" has set a new safety and durability benchmark for new energy vehicle charging guns. This standard covers a wide range of test architectures, including GB/T 20234 series, GB/T 18481 and IEC 62196-1 to ensure the overall performance of the product.
4, the number of plugging and plugging of new energy vehicle charging gun is only the industry recognized standard, as if there is no national standard, and the number of plugging and plugging requirements is more than 10,000 times. The test standard is that the commonly used EIA-364 head is 240 times/min to impact 1000 times the socket 10 times/min, impact 750 times the insertion force, and the withdrawal force is 10mm/s. The dial and insert times of the phone jack type socket are required to be more than 10,000 times, and the dial and insert force is 3-20N force.
1, 2015 and 2015 stipulate general requirements, AC and DC, and communication between chargers and BMS, solving compatibility and safety issues. For example, GB/T 18481-2015 specifies the details of the interaction between electric vehicles and charging devices, and the GB/T 20234 series of standards focuses on safety and electromagnetic characteristics.
2, the main international charging pile standards are Chinese national standard GB/T, American standard combo/Type combo/Type 2 and Japanese CHAdeMO. China's standardization system includes national standards and energy industry standards. From 2011 to the present, the national standard has undergone several revisions to address issues such as compatibility, safety and truck and pile interconnection. China's charging facilities standard system involves many aspects, such as basic standards, power supply, construction and operation, and service network.
3, the national standard covers detailed provisions from the general part to the specific interface, including: GB/T 18481: electric vehicle conduction charging system Part I, mainThe interaction mode, timing and other details between the car and the charging pile/power grid are expounded. GB/T 18482: Electromagnetic compatibility requirements for non-on-board conducted power supply equipment, focusing on electromagnetic compatibility and safety. GB/T 18483: Standard for AC/DC chargers (stations) in conductive charging systems for electric vehicles.