Intelligent lithium battery charging cabinet

Product Parameters

cabinet bodyadopt1.0mm cold-rolled steel plate, double-layer explosion-proof structure, filled with flame-retardant material inside, fully CNC formed; The surface is treated with a special anti rust process, high temperature

Epoxy resin electrostatic spraying, with a smooth surface.

Cabinet ⻔:adopt1.0mm cold-rolled steel plate, double-layer structure, riveted typenoneTrace welding; matchblackZinc alloy handle.

Window:adoptthickness≥8The mm acrylic panel window allows for easy observation of the internal situation.

Layer board:1.2mm galvanized laminated board with perforated design for easy accessimprove air circulationHeat dissipation.

Hinge: Piano style hinge smoothly closes, easy to open and close like a piano180 degrees.

Casters: Four bottom casters with adjustable amplitude, easy to move, stable support, and load-bearing capacity up to500KG。

Lighting: With a micro switch, it can be achievedLED soft light illumination.

01 safety design

1Temperature control design

The lithium battery charging cabinet needs to be equipped with an advanced temperature control system to ensure that the charging process is carried out within a safe temperature range,防止Overheating can cause disasters.

2.call the policedesign

Once smoke is detected, the system will immediately sound an alarm and activate the linkage heatqi溶㬵fire extinguishing deviceOr other firefighting equipment for emergency response.

3.fire extinguishingdesign

Utilizing partitioned small gas generators to achieve precise fire controlEnsure the rapid release of herbicides in the event of a disaster.

4Circuit protection mechanism

When the charging current exceeds the set value, the overload protection unit will automatically cut off the power supply to prevent safety accidents caused by overload.

02 Efficiency and Convenience
1. Intelligent scheduling system

Users can independently allocate charging ports for personalized charging, which can significantly improveuserExperience and system efficiency.

2. Charging reminder

The charging cabinet should have a charging reminder function, displaying the charging status in real time to avoid the charging process being ignored.

3. Multi port design

Multi port design can meet the charging needs of multiple devices, improve charging efficiency, and meet the high concurrency requirements of laboratories

03 Adaptability and Compatibility

1. Supports multiple charging methods

The charging cabinet needs to hold various sizes and models of lithium batteries to meet the charging needs of different experimental equipment.

2. Flexible loading design

The charging cabinet should have a flexible loading design, which can flexibly increase or decrease the number of charging ports as needed to adapt to different experimental scenarios.

04 Security Monitoring System
1. Real time temperature monitoring

The charging cabinet is equipped with a high-precision temperature sensorReal time monitoring of battery charging temperature to ensure it operates within a safe range.

2. Overheating protection

After power on, automatically start the cooling system to prevent excessive temperature. When the threshold is reached, automatically turn off the power.

3. Smoke warning

After receiving the signal from the smoke detector, the control system will trigger the warning mechanism. Warning may include sound alarms, flashing lights