PBAT61, an innovative product for battery monitoring system. Designed to support 2V, 6V, and 12V lead-acid batteries, PBAT61 offers comprehensive online monitoring capabilities. It enables real-time tracking of each battery cell's voltage, internal resistance, and negative terminal temperature.
The PBAT71 Battery Monitoring Cell Sensor offers an advanced way to keep a close eye on your battery systems. Whether you're managing 2V lead-acid batteries or 1.2V nickel-copper batteries, PBAT71 has got you covered. With its specialized models - PBAT71-02 for 2V and 1.2V batteries and PBAT71-12 for 12V batteries - this sensor is designed to cater to a wide range of needs.
The PBAT-Gate battery monitoring solution with PBAT51 battery cell sensor by DFUN offers an integrated solution combining web systems and hardware devices for real-time monitoring of valve-regulated lead-acid battery health. The system supports 4G sending of SMS alarms or wireless uploads to the cloud. PBAT51 battery cell sensor is designed with a built-in anti-reverse input circuit that aims to protect the sensor and battery from damage even if the power supply is connected conversely.
The PBAT-Gate battery monitoring solution with PBAT61 battery cell sensor by DFUN can provide detailed data analysis through reports, enabling quick responses to battery issues. The system is capable of monitoring up to 4 strings with a total of 420 batteries. PBAT61 battery cell sensor uses a specified isolated communication bus, and multiple sensors can be very easily cascaded to realize real-time monitoring of the entire string of batteries. It supports communication protocols such as Modbus TCP and SNMP.
PBMS9000 solution integrated into the feature of the embedded web page, historical data storage, multiple data upload, USB data backup, dual-source etc. It's suitable for UPS, larger-scale data centers and multi-site applications.
The DFPA48100 solar storage lithium-ion battery pack 48V by DFUN supports mixed use of lithium-ion battery and lead-acid battery and parallel connection of new and old lithium-ion batteries. It supports a consistent-voltage, long-distance power supply. The features include real-time monitoring via Bluetooth and APP, a high-density design, and being maintenance-free.
The DFCT48 device employs fully online technology, conducting discharge capacity tests on the battery pack separately using actual loads, and utilizing intelligent three-stage charging technology during recharging. Combined with individual battery monitoring, it achieves precise localization of lagging batteries. DFCT48 battery bank capacity tester enables remote communication, telemetry, remote control, and regulation of the batteries over the network. The system can solve the disadvantages of traditional maintenance methods, improve the quality and efficiency of battery maintenance, reduce maintenance costs, and improve economic efficiency.
Suitable for UPS power supply systems in critical backup power industries such as financial institutions, transportation, healthcare, intelligent manufacturing, and small data centers.
Suitable for UPS power supply systems in critical backup power industries such as financial institutions, transportation, healthcare, intelligent manufacturing, and small data centers.
