● LCD Chinese character display, module working status and working parameters are clear at a glance. Through the RS485 interface, the module receives the working parameters sent by the main monitoring during the main monitoring work of the system. When there is no master monitor, the module will select an autonomous module to control all modules to charge and discharge the battery. If the autonomous module exits due to a fault, it will continue to select an autonomous module in the remaining modules.
● Software calibration technology: The traditional module parameter setting is set by potentiometer, but there are inherent defects, such as potentiometer drift problem and inconvenient adjustment in the field. The RT05A230 (10A115) XE module produced by our company adopts software calibration technology, and there is no internal module. A potentiometer can calibrate module output voltage, output current limit, voltage measurement and current measurement through buttons and LCD display; module parameter adjustment is convenient and quick.
● Independent current sharing technology: the module adopts independent current sharing technology, and the current deviation between modules is less than 3%;
● ZVS soft switching technology: In order to enable the switching power supply to operate at high frequency and high efficiency, the ZVS edge resonance technology is used to greatly reduce the switching process loss, thereby further reducing the volume, reducing the weight and greatly improving the performance of the module.
● Fan intelligent temperature control technology: Whether the heat dissipation is good or not directly affects the length of the power module. Fan cooling has always been the first choice for heat dissipation. However, excessive wind flow and long running time will cause a large amount of dust to accumulate inside the module. On, it will increase the failure rate of the module. The RT05A230 (10A115) XE module produced by our company adopts temperature control technology. According to the different temperature inside the module, the fan speed is divided into low speed and high speed, which reduces the increase of module failure rate caused by dust accumulation, and greatly extends the module. The life expectancy increases the reliability of the system.
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