Principle of fast and slow charging for 2/3 wheel electric vehicles.
The vast majority of electric vehicles on the market now generally support fast charging and slow charging. The following is a schematic diagram of the fast charging interface and slow charging interface. In the picture, the left side is the fast charging interface, and the right side is the slow charging interface. The charging current of fast charging interfaces will be very large, so the battery cells will be much thicker compared to slow charging. At the same time, the number of holes in the battery cell should also be much more. Many people may not be familiar with the principles of fast and slow charging stations. Below is a brief analysis for everyone.
For slow charging, when the charging station comes in, the first one connected is the OBC, which is the on-board charger. The function of this device is to convert the AC power coming in from the charging station into DC power, which is called AC-DC conversion. The reason for the need for this AC-DC conversion is that the power battery only supports DC charging. That is to say, the charging power is directly determined by the power of the OBC. At present, the mainstream OBC power on the market is 7kW, and there are also 11kW and 22kW.
The so-called fast charging is to connect the AC-DC converter externally to the charging station, so that the output current of the charging gun is directly DC. As it is external, the charging power can be increased significantly, as there is no need to consider quality, space, and cost issues too much. So, generally speaking, fast charging power can range from 30kW to several hundred k'W.
The charging cabinet is used by users to charge their own batteries. They need to unplug their own batteries, put them in the cabinet,
2025-03-21In order to solve the pain points of electric vehicle charging and endurance, efficient and convenient shared battery swapping cabinets have emerged.
2025-03-21At present, the standardization progress of battery swapping cabinets is steadily advancing, and a series of specific standardization plans or standards will be introduced in the future to promote the standardized development of the industry.
2025-03-20The number of electric bicycles is increasing, and how to safely and conveniently charge them is a problem for many people.
2025-03-20In recent years, shared electric bicycles, as an emerging green mode of transportation, have quickly emerged as a new favorite in the urban short distance travel market due to their convenience,
2025-03-19As an important component of the new energy field, the future development trend of battery swapping cabinets can be analyzed from the following aspects:
2025-03-19Estación Swap Estación de intercambio de batería de 12 gabinetes 15.8KW 8 Gabinetes Estación de intercambio de batería 10KW 5 Gabinetes 15.8KW estación de intercambio inteligente 10 Gabinetes 16.8KW Intercambio estación de carga 4 Gabinetes estación de conmutación de batería para E-Bikes y Scooters 12 Gabinetes Estación de intercambio inteligente de rack de carga
cargador rápido Pila de carga de columna-12KW estación de carga de columna de CA Pila de carga montada en pared de 12KW Post de carga de columna de CA de 7-20KW con carga de pistola doble 12KW AC carga pila-no pantalla Cargador de coche 120 / 160KW EV
Cargador portátil Cargador de batería portátil 1300W Cargador impermeable 2100W Cargador de batería doméstica de la serie 840W Cargador de batería portátil de la serie 300W 180W AC Home Charger cargador de batería de salida doble
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