-
Nebula Electronics Battery Cell Balancer
Given the poor overcharge resistance of lithium battery packs, inconsistencies in cell performance, working temperature, and other factors can lead to significant difference in the final battery after a period of use, significantly impacting its life expectancy and system safety. The Nebula Portable Battery Cell Repair and Balancing System takes charge of cycle tests, effectively preventing the battery from deteriorating due to imbalance and inconsistency, and significantly extending its service life.
Output Voltage: 1500mV-4500mV
Voltage Measurement Range: 100mV-4800mV
Voltage Accuracy: ±（0.05%+2）mV
Charging/Discharging Current: 100mA-5000mA | 1mA-5000mA, Supports pulse charging; automatically limits current to 3A after prolonged overheating
Current Accuracy: ±（0.1%±3）mA
Operating Temperature: 5℃~45℃
String: 24
-
Nebula Electronics Portable Battery Module Cycler
Nebula portable battery module cycler is a multi-purpose product designed specifically for high-power Li-ion battery manufacturing, development, testing, and servicing. It features compact size, large operating envelop, precise measurement as well as portability. The integrated touch screen with intuitive HMI provides the easy use of the system for simple tasks yet it can be also controlled by more sophisticated control and automation software to run highly dynamic transient cycles. The typical application of such as product ranges from battery routine maintenance, DCIR testing, battering aging test to various R&D test runs in laboratory.
-
Nebula Electronics Battery Module Cycler
This charge/discharge cycle test system is mainly used for electric vehicle lithium battery module, electric bicycle lithium battery pack, power tool lithium battery pack, medical device lithium battery pack and other high power battery pack cycle charge/discharge, battery pack function test and charge/discharge data monitoring integration. The system can provide superior accuracy and flexibility; and all the discharged energy will be fed back to the grid, environmental-friendly saving energy.
