The uninterrupted power supply (UPS) battery plays a crucial role in providing continuous power supply during electrical anomalies. In case of a power outage, the inverter can convert the chemical energy stored in the battery into alternating current (AC) electricity to keep electronic devices running seamlessly.
- Compatibility
Lead-Acid Battery
The UPS battery online monitoring and management system consider electromagnetic compatibility in circuit and structural design. With the use of a metal casing, it provides effective shielding against external electromagnetic interference.
- Flame Retardancy
The UPS battery online monitoring and management system utilize flame-retardant components to prevent the occurrence of open flames due to short circuits or overcurrent faults.
- Fault Tolerance
Each monitoring channel employs a high-impedance input method with current detection loops operating at microamp levels, ensuring minimal impact on the battery. By utilizing low-power components in its design, the system operates with low power consumption, posing minimal requirements on the user’s power system.
- Explosion Protection
The UPS battery online monitoring and management system utilizes electronic relays that allow for spark-free channel switching and prevent the occurrence of open flames on connector contacts. It is suitable for operations with high explosion protection requirements such as those in the petrochemical industry.
- Interference Resistance
The UPS battery online monitoring and management system employs power conversion technology with a wide operating voltage range and strong overcurrent and overvoltage protection capabilities. The system also features surge protection circuits, enabling normal operation in high-frequency strong magnetic field environments.
- Maintainability
The UPS battery online monitoring and management system features a modular design, enhancing online maintenance capabilities without disrupting the normal operation of the user’s system.
UPS batteries should have the ability to output high currents at startup discharge moments and meet specific capacity requirements to ensure uninterrupted power supply for a certain duration.