Rechargeable 12V Lead Acid Battery Deep Cycle AGM Gel Ups 12v 24ah 10hr Battery
Rechargeable Deep Cycle AGM Gel Ups 12v 24ah 10hr Battery 12v Batterie
Core Features
1. AGM Technical Characteristics:
It adopts an Absorbent Glass Mat (AGM) separator, which fully absorbs the electrolyte in the separator, with no free liquid electrolyte. It is a type of Valve-Regulated Lead-Acid (VRLA) battery. This structure enables more efficient ion conduction inside the battery and achieves complete sealing, eliminating the risk of leakage.
2. Deep Cycle Design:
The plates are made of thicker lead alloy material, and the active material coating is stronger. It can withstand deep discharge (discharging to more than 80% of the rated capacity) and frequent charge-discharge cycles, distinguishing it from ordinary starting lead-acid batteries (which focus on instantaneous high-current output and are not suitable for deep cycles).
3. Basic Parameter Compatibility:
The nominal voltage is 12V, which matches the voltage requirements of mainstream UPS equipment. It can be used directly as a single unit or connected in series to form a high-voltage system. The rated capacity is 24Ah (20-hour rate), and it can theoretically last for 20 hours when discharged at a current of 1.2A, meeting the long-term backup power needs of medium and high-power equipment.
Outstanding Advantages
1. Ultra-Long Cycle Life:
- The deep cycle design enables it to have 500-800 cycles (based on 80% depth of discharge), which is 1.5-2 times that of ordinary valve-regulated lead-acid batteries. In scenarios where UPS systems switch frequently (such as areas with unstable power grids), the service life is significantly extended, reducing the replacement frequency.
2. Excellent Discharge Performance:
- 2.1 Strong high-rate discharge capability: Even in a deep discharge state, it can still output a stable current, meeting the instantaneous power demand of UPS equipment when a sudden power outage occurs, ensuring smooth switching of loads.
- 2.2 Stable discharge curve: From full charge to the end of deep discharge, the voltage drop rate is slow, which can provide continuous and stable power for sensitive loads such as servers and monitoring equipment, avoiding data loss or equipment damage caused by voltage fluctuations.
3. Upgraded Safety and Reliability:
- 3.1 Zero leakage risk: The AGM separator fully absorbs the electrolyte, allowing installation at any angle (including inversion), suitable for UPS deployment in narrow or irregular spaces.
- 3.2 Low gas emission: The sealed structure combined with an efficient safety valve ensures that the gas recombination rate during charging reaches more than 99%, with almost no acid mist escaping, reducing corrosion to metal parts inside the UPS equipment and avoiding fire and explosion hazards.
Typical Application Scenarios
- UPS Backup Power Systems: Especially suitable for scenarios that require frequent switching of power supply modes, such as edge nodes of data centers, industrial control computer rooms, and financial self-service equipment (ATMs, self-service terminals).
- Renewable Energy Storage: It is matched with small solar and wind energy storage systems as supplementary energy for UPS. It stores renewable energy power during the day and supplies power to loads at night or on rainy days, realizing off-grid or grid-connected auxiliary power supply and reducing dependence on the power grid.
- Mobile Communications and Security: It provides power support for the UPS systems of outdoor communication base stations and unattended monitoring stations. In remote areas or field environments, its wide temperature resistance and vibration resistance can ensure the uninterrupted transmission of base station signals and the storage of monitoring videos.
- Medical and Emergency Equipment: It is suitable for the UPS backup power supply of small medical instruments (such as portable ventilators and emergency monitors). The deep cycle characteristic ensures continuous power supply during long-term power outages, buying critical time for medical rescue.
- RVs and Special Vehicles: As the core energy storage component of the UPS system inside RVs, it provides power for on-board refrigerators, lighting, communication equipment, etc. The deep cycle capability meets the needs of repeated charging and discharging during long-distance travel, and the maintenance-free characteristic is suitable for mobile scenarios.
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