16340 battery

Why do radio monitoring stations use 16340 battery systems?

Why do radio monitoring stations use UPS power systems? The quality of the UPS power system in the radio monitoring room is directly related to the quality of the monitoring network. UPS power can continue to supply power to the entire system, prevent the loss of relevant important monitoring data, and ensure the normal progress of monitoring tasks.

Why do radio monitoring stations use UPS power systems?

Radio monitoring provides strong technical support in frequency planning, assignment, electromagnetic environment testing, radio station setting planning, radio station supervision and management, radio interference investigation and handling, and communication security.

In radio monitoring work, incidents of monitoring equipment failure or normal service life reduction due to sudden power outages, surges and other factors often occur. As a device that provides long-term stable power supply, UPS power system is an important guarantee for performing emergency monitoring tasks and ensuring the normal operation of monitoring equipment.

The service life of radio monitoring equipment and the factors that cause failures are mostly caused by uncontrollable factors such as sudden power outages and surges. However, the power supply equipment needs to supply power to the equipment in a long-term and stable manner. Therefore, the execution of detection tasks and the normal operation of maintenance equipment are important uses of UPS power systems.

Radio monitoring technology plays an important role in radio management. Its important role is to maintain the airwave system program. In order to prevent the equipment in the computer room from being disturbed by factors such as power outages and voltage instability, and to use a dual-circuit power supply system with a high-stability UPS power supply as the main power supply, the equipment and facilities of the fixed monitoring station are generally selected in the high-rise buildings or towers.

In most cases, during the half-month and transformation of the mobile equipment by the monitoring personnel, the UPS power supply equipment can supply stable power for a long time. Therefore, the use of the UPS equipment system is very flexible and practical, and can meet the basic needs of daily monitoring. Monitoring technicians should understand and master the configuration and daily use skills of the UPS power supply system. This allows the radio monitoring work to be carried out quickly, effectively and for a long time.

Configuration method of radio monitoring UPS power system

First, the greater the total load power, power conversion efficiency and total power of the radio monitoring equipment, the higher the required conversion efficiency, and the required battery backup time will also increase accordingly. Since the load power cannot be overloaded and is not suitable for long-term excessive light load, you must pay attention to the UPS load power when selecting, and the load state should be controlled between 30% and 60%;

Second, the internal resistance of the battery can be affected by the environment around the computer room. Temperature increase or decrease, humidity increase or decrease, can make its internal resistance subject to different changes, which will gradually reduce the internal storage capacity of the battery. The storage time will increase as the temperature decreases. If the temperature of the computer room is too high, the overcharge condition will be higher. Especially during the UPS cycle, the temperature of the computer room environment must be controlled within a suitable range (5℃-30℃), and a charging timer or automatic conversion to trickle charging method is added to protect the battery life.

Summary: Radio monitoring is an integral part of radio management, including radio monitoring; on-board electronic equipment; fixed monitoring stations; electromagnetic compatibility design; monitoring vehicles; electromagnetic compatibility performance; power supply mode; mobile equipment; electromagnetic interference; electromagnetic compatibility testing, etc.

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