Vehicle-mounted water cooling charging system

Abstract

The invention provides a vehicle-mounted water cooling charging system, which comprises a vehicle-mounted liquid cooling charger, a cooling liquid box, a liquid driving component, a charging interface assembly and a charging control module, wherein the charging interface assembly is connected with the vehicle-mounted liquid cooling charger through a circuit, the vehicle-mounted liquid cooling charger is connected with a liquid driving component through a cooling liquid box pipeline, the liquid driving component is connected with the vehicle-mounted liquid cooling charger through a pipeline, the charging interface assembly is respectively connected with a charging control module, the liquid driving component and the vehicle-mounted liquid cooling charger through a signal link, the charging control module is used for connecting a vehicle whole-vehicle control module and a battery management module through signals, the charging interface assembly is provided with a charging state alarm, a charging indicating lamp, a charging emergency stop press button, a charging door opening sensor, a charging starting switch, a vehicle-mounted charging socket and a casing, the casing comprises a bottom case and a charging door, and a cooling liquid box is provided with a cooling fan. The vehicle-mounted water cooling charging system has the advantages that the design is ingenious, the power is high, the charging is convenient, the use is safe, and the cost is reasonable. The vehicle-mounted water cooling charging system is suitable for being popularized and applied in a large scale.

Description

Technical field [0001] The present invention relates to the technical field of charging systems, in particular to the technical field of vehicle-mounted charging systems, and specifically refers to a vehicle-mounted water-cooled charging system, which is especially suitable for large vehicles such as pure electric buses and plug-in remixed buses. Background technique [0002] The existing new energy vehicle battery system power supply methods mainly include on-board generator power generation, on-board charger charging, fixed charging pile (fast charging, slow charging) charging, and battery pack replacement. The use of battery packs is convenient and fast to replace. It is suitable for pure electric rental, pure electric bus or pure electric sanitation vehicles with frequent use of vehicles and high power consumption. However, fast-changing power stations require large investment and high maintenance costs. It is not economical for the vehicle area. Ordinary low-power chargers ...

AI Technical Summary

Problems solved by technology

At the same time, the power supplementary facilities for various vehicle energy sources are not perfect at present.

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