Operating principle and advantages of deep cycle gel battery

The colloidal lead-acid deep cycle gel battery replaces the sulfuric acid electrolyte with colloidal electrolyte, which improves the safety, storage capacity, discharge performance, and service life compared with ordinary batteries.

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The operating principle of the deep cycle gel battery.

The advantages of the deep cycle gel battery.

The operating principle of the deep cycle gel battery.

The performance of colloidal lead-acid deep cycle gel battery is better than that of valve regulated sealed deep cycle gel battery. The gel lead-acid deep cycle gel battery has the advantages of stable performance, high reliability, long service life, strong adaptability to environmental temperature (high and low temperature), ability to withstand long time discharge, cycle discharge, deep discharge, and high current discharge, overcharge and over-discharge self-protection, etc.

The colloidal lead-acid deep cycle gel battery cannot be oxygen circulated at the beginning of use because the colloid surrounds both the positive and negative plates and the positive plate produced on top of oxygen. It cannot diffuse to the negative plate, and cannot realize the reduction of the active material lead with the negative plate, and can only be discharged by the exhaust valve, which is consistent with the liquid-rich deep cycle gel battery.

After a period of use, the colloidal lead-acid deep cycle gel battery begins to dry out and shrink, creating cracks through which oxygen is circulated directly to the negative plate. The venting valve is no longer frequently opened, and the colloidal lead-acid deep cycle gel battery works close to a seal, losing very little water. So for electric bicycle deep cycle gel battery, the main failure is the water loss mechanism, using a colloidal lead-acid deep cycle gel battery can get very good results. The colloidal electrolyte is to solidify the sulfuric acid electrolyte into a gel-like substance by adding a gelling agent to the electrolyte, usually, the colloidal electrolyte is also added with bulking agents, and some colloidal formulations also have retarding colloids and retarders to facilitate colloidal refilling.

The advantages of the deep cycle gel battery.

1. It can significantly extend the service life of the deep cycle gel battery. According to the relevant literature, it can extend the life of the deep cycle gel battery by 2-3 times.

2. He self-discharge performance of the colloidal lead-acid deep cycle gel battery is significantly improved, and the storage time of the deep cycle gel battery can be extended by more than two times under the same sulfuric acid purity and water quality.

3. Colloidal lead-acid deep cycle gel battery in the case of severe power shortage, anti-sulfuration performance is obvious.

4. The recovery ability of colloidal lead-acid deep cycle gel battery under severe discharge is strong.

5. Colloidal lead-acid deep cycle gel battery with strong resistance to overcharge, through the same repeated overcharge test for two lead-acid batteries (a colloidal lead-acid deep cycle gel battery, a valve-controlled sealed lead-acid deep cycle gel battery) several times, the capacity of the colloidal lead-acid deep cycle gel battery fell slowly, while the valve-controlled sealed lead-acid deep cycle gel battery because of rapid water consumption, its capacity fell significantly.

6. The late discharge performance of the colloidal lead-acid deep cycle gel battery has been significantly improved.

It is the responsibility of each manufacturer to produce a deep cycle gel battery that meets the standards, to ensure the safety of electricity supply and the healthy development of the market. MCA Battery Manufacture Co., Ltd conducts many tests on deep cycle gel battery for connection before they leave the factory, and the quality qualification rate is guaranteed. If you are in the deep cycle gel battery, you can consider our cost-effective products.