| Customization: | Available |
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| Connector Type: | CCS2, GB/T, Gbt/CCS2 |
| Installation: | Floor Type |
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| Battery Pack Capacity | 11.52kwh LifePO4 |
| Battery Pack Voltage | 576V |
| Output power of charging gun (kW) | DC 20kw |
| Cable length of the charging gun | 3 meter |
With the popularization of electric vehicle and the increase of market demand, the charging post has become an indispensable device in people's daily life. As an advanced charging equipment, the principle of energy storage charging pile is different from that of ordinary charging pile. This article will introduce the principle and working method of the energy storage and charging pile. The utility model relates to a device for storing electrical energy and releasing it to supply electricity when needed. It uses energy-storage technology to store electricity in a battery that can be released to charge an electric vehicle when it needs to be recharged. Compared with the traditional charging pile energy storage charging pile has the following advantages. The storage and charging pile can realize the storage and reuse of electric energy and improve the utilization ratio of electric energy. Due to the imbalance of power supply and demand, the power grid is often faced with insufficient power supply during peak hours. The storage and charging pile can store the electric energy in the low time, and release the stored electric energy in the peak time to supply the electricity, thus reducing the burden of the electric network and improving the reliability of the electric network. The storage charging post can provide backup power supply. In the event of a sudden event, such as a natural disaster or power grid failure, power supply may be disrupted. The storage and charging pile can be used as backup power supply to provide emergency power for users. This is especially important for some key facilities and important places, such as hospitals, transport stations and so on.
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