Advantages and classification of the deep cycle gel battery

Deep cycle colloidal battery has good deep discharge performance, strong charge acceptance ability, small upper and lower potential difference, and large electric capacity. It significantly improves low-temperature starting ability, charge retention ability, electrolyte retention ability, cycle durability, vibration resistance, temperature variability, etc. It can be stored at room temperature 20℃ for 2 years and can be used without charge. The following details the advantages and classification of deep cycle gel batteries

Here is the content of the list.

• Classification of the deep cycle gel battery

• Advantages of the deep cycle gel battery

  
  

Classification of the deep cycle gel battery

Batteries are divided into ordinary and colloidal structures, and the latter is also called maintenance-free deep-cycle gel batteries. The simplest way of colloidal deep cycle gel battery is to add the gelling agent to sulfuric acid, which is the colloidal state of sulfuric acid electrolyte. Electrohydraulic colloidal deep cycle gel battery is usually called colloidal deep cycle gel battery. The difference between colloidal deep cycle gel battery and conventional lead-acid deep cycle gel battery is not only that the electrohydraulic deep cycle gel battery is changed to gelled deep cycle gel battery. For example, noncondensable solid aqueous colloids belong to colloidal batteries from the perspective of electrochemical classification, structure, and characteristics. Another example is the separation of polymer materials in grids, commonly known as ceramic grids, which can also be regarded as the application characteristics of colloidal batteries.

The biggest difference between a colloidal deep cycle gel battery and an ordinary deep cycle gel battery is that there is a set of water inlets on top of an ordinary deep cycle gel battery. You must observe when purchasing because some manufacturers block the water inlet with an exquisite plastic cover. There is an observation hole on the top of the colloidal deep cycle gel battery. The color in the hole indicates the state of the deep cycle gel battery, green indicates normal, black indicates power loss and white indicates that the deep cycle gel battery has been damaged and should be replaced as soon as possible.

Advantages of the deep cycle gel battery

The main advantages of a colloidal deep cycle gel battery are high quality and long cycle life. The colloidal electrolyte can form a solid protective layer around the electrode plate to protect the electrode plate from damage and fracture due to vibration or collision, and prevent the electrode plate from being corroded. At the same time, it also reduces the bending of the electrode plate and the short circuit between the electrode plates when the deep cycle gel battery is used under heavy load, so as not to reduce the capacity. It has good physical and chemical protection, which is twice the service life of an ordinary lead-acid deep cycle gel battery.

It is safe to use and conducive to environmental protection. It is a real green power supply. The electrolyte of the gel deep cycle gel battery is solid, sealed structure, gel electrolyte, and no leakage, so that the proportion of each part in the deep cycle gel battery keeps consistent. A special calcium lead-tin alloy grid is used, which is more corrosion-resistant and has better-charging acceptance. It adopts an ultra-high-strength diaphragm to avoid a short circuit.

Battery Manufacture Co., Ltd. conducts many tests on deep-cycle gel batteries for connection before they leave the factory, and the quality qualification rate is guaranteed. If you want to buy the deep cycle gel battery, you can consider our cost-effective products.