Description:

Gel battery: 200 AH, 12V deep cycle 

The 200 AH gel battery has a longer life and design than other deep-cycle batteries. They work well for applications where the battery will often be used below 50% capacity. This is because of its thick-plate electrodes and gel electrolytes. 

The 12V Deep Cycle 200AH Gel Battery has great thermal stability. It also has a large capacity for deep discharge and a strong recovery from deep discharge. The battery will recharge back to 100% even if it is left empty for thirty days.

Maintenance-free and easy to use. Advanced technology research and development of new high-battery performance.Has a battery design life of up to 8 years for flotation applications. 

The operating temperature range is wide: -25 °C to 45 °C. It requires little upkeep and has a slow rate of self-discharge. Its shell lasts for a long time.

 More Features:

• Max discharge current: 30\10A (3 min)
• Self-discharge: (25C):<3%/month
• Cover material: ABS
• Dimensions: 522mm by 240mm by 224mm
• Recommended using temperature: 15 °C to 25 °C

Advantages of 200AH Gel Battery 12v Deep Cycle Solar Battery 

Greater Capacity: This battery’s 200 AH capacity allows it to store more energy than a 100 AH battery, which makes it possible for off-grid solar systems to have longer power outages or greater energy autonomy.

Maintenance-Free Operation: Since gel batteries are sealed, they don’t need to be watered or require any special maintenance procedures. They are therefore simple to operate and perfect for installations with restricted access for maintenance.

Advantages for Safety and the Environment: Gel batteries are thought to be safer than flooded lead-acid batteries because of their sealed structure, which reduces the possibility of leaks or spills of acid. Because they are recyclable and don’t have any dangerous chemicals, they are also more environmentally friendly.

Deep Discharge Capability: Gel batteries can be discharged to far lower levels than traditional lead-acid batteries without rupturing because they are made for deep-cycle operation. They are therefore perfect for application in solar systems with frequent deep discharges.

Disadvantages:

Greater Cost: Gel batteries can be less economical to use, particularly for larger solar projects, because they are often more expensive upfront than conventional flooded lead-acid batteries.

Limited Temperature Range: Gel batteries work well in a variety of climates, but they might not be as efficient in extremely hot or cold conditions, which could shorten their lifespan and performance overall.

Charging Requirements: Gel batteries may need to be charged using an appropriate charge controller or inverter in order to preserve their longevity and performance. This may increase the solar system’s overall cost and complexity.

Sensitivity to Overcharging: Gel batteries are prone to overcharging, which can shorten the battery’s life and cause damage. Sufficient management of charging is necessary to guarantee the battery’s lifespan.

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