2V 300Ah Deep Cycle Gel Battery Energy Storage High Performance

Description

JGFM series Deep Cycle Gel Battery uses the latest technology for data centers and UPS systems. With multi-corrosion resistant alloys, special grid design, proprietary additives, unique plate ratio design, low density electrolyte and combined labyrinth pole sealing technology, JGFM series Deep Cycle Gel Battery is dedicated to provide stable, reliable and reliable lead-acid batteries for data room UPS systems, communication systems, power systems, etc.

Product Features

• Product name: Deep Cycle Gel Battery
• Capacity range: 100Ah-3000Ah
• Voltage class: 2V
• Float charge voltage: 2.23V-2.25V
• Equalized charge voltage: 2.35V-2.40V
• Long working life: 10years
• Low self-discharge rate: ≤3%/month
• High sealed reaction efficiency: ≥99%
• Widen operation temperature rang: -30℃~55℃
• Proprietary technology of multi-layer pole sealing, reliable terminal sealing
• Labyrinthine double-layer explosion-proof acid filter valve body structure, the High oxygen compound efficiency

Advantages

• Product name: Deep Cycle Gel Battery
• Special sub-colloid electrolyte formulated with high purity fumed silica for stable and reliable battery performance.
• Patented safety valve and multi-layer pole column sealing structure design, the shell can withstand 80kPa internal pressure, good sealing performance.

Application

• Data transmission and TV signal transmission
• EPS/UPS
• Solar and wind power generation energy storage system

Compliant standards

• IEC60896-2-1995
• TD/T 799-2010
• GB/T 19638.2－2005
• GB/T22473-2008
• YD/T1360-2005
• JISC8704-2:1999
• Passed ISO9001.ISO14001, GB/T28001-2001, CE,
• TLC, CGC certificate

Use of Deep Cycle Gel Battery

• Product name: Deep Cycle Gel Battery
• Check before charging and discharging: Before charging and discharging, the insulation of the charging equipment should be checked to see if it is good. Specific method: use 500V megohmmeter to measure the DC charging screen bus not less than 10MΩ.
• Initial replenishment of electricity: Before putting the battery into use after installation and inspection, it should be balanced and supplemented with 14.1V balanced charging voltage at 25℃ for a single battery, and charged in a constant voltage current-limiting way for the battery pack. The maximum charging current is set to 0.25C10A.

• Discharge: 1) 12V battery charging and discharging, 250Ah battery with a current of no more than 25A for 10 hours to discharge until the battery termination voltage of 10.8V or more, do not over discharge.

  2) During the discharge process, measure and record the battery voltage, discharge current and ambient temperature every hour, pay attention to the change of ammeter and battery voltage at any time, when the voltage drops to about 12.0V, change to half an hour test. When the measured voltage is 10.8v, stop discharging, open the discharge switch, the discharge is over. And record the discharge termination time, battery voltage, ambient temperature.

  3) After discharge, the battery should be recharged in time, to prevent acidification of the poles, the discharge-charging interval should not exceed 8 hours, so it must be balanced within 8 hours to replenish the electricity, the average charging voltage is set to 14.1V (the average of the measured value of the positive and negative terminals of the battery at 25℃), and the maximum charging current is set to 0.25C10A. The battery will run normally with the float charging voltage of 13.5V. Battery 13.5V.

  4) After discharge, check the discharge capacity at 25℃, it should be not less than 85% of the rated capacity, i.e. 12V250AH battery is not less than 212.5Ah.

• Temperature compensation: The above current and voltage setting values are the standard values when the ambient temperature is 25℃, if the gel battery working temperature is beyond the range of 20℃-30℃, the floating charge and average charge voltage should be corrected accordingly, the corrected voltage is, that is, for every 1℃ increase in temperature, the floating charge voltage is reduced by 5.5mV, and for every 1℃ decrease in temperature, the floating charge voltage is increased by 5.5mV.