DC Converter Remote Controller vs Smart Battery Connection

This product is a 150W DC power converter which can convert the input of 11-32 VDC to 13.8 VDC and 5VDC(USB) output. This product is designed using the advanced MCU Technology and is implanted with safe & stable controlling algorithm, can provide a complete automatic protection of battery and terminals. This product also has the Bluetooth function and can be paired up with mobile device to monitor the status of the device and set time switch. Product Feature 1. Automaxx 150W DC-DC converter is compatible with a wide range of voltage input and a stable voltage output. 2. Overload protection 3. Protection for high / low voltage input 4. Protection for high / low voltage output 5. Over heat protection 6. Output short circuit protection 7. Input terminal reverse polarity protection Suggested Use 1. This device can be used to convert the output of trucks or bus power output system(12V-24V) to 12V, enabling the employment of various equipment that are designed for 12V vehicles only. 2. This device can be used as a protection mechanic to prevent the battery from over discharge due to the employment of vehicle equipment. 3. This device can be used as the remote control or time switch for vehicle equipment or detector lights. 4. This device can be used as the discharge protection mechanic for the solar generator power systems which power output is below 150W, effectively prevent their battery from over discharge due to the excessively use. 5. This device can be used as the remote control or time switch for any solar power system whose output is below 150W.

The smart battery pack has a built-in remote bluetooth module, which connects to the mobile phone via bluetooth to the app, and the app can read the following information: 1. The working status of the battery pack: charging point, discharging, working voltage, current, temperature, remaining power, etc.; 2. Protection information such as overvoltage, undervoltage, overcurrent, and overtemperature; 3. The number of battery cells, the voltage and release of each battery cell; 4. Hardware short-circuit and delay, equalized turn-on voltage; 5. Threshold setting of remaining power and temperature reminder, below the set threshold, you will receive a reminder; 6. The battery charging converter can be controlled;