Principles of colloidal lead -acid batteries

　　The performance of colloidal lead -acid battery is better than the valve control sealing lead -acid battery. The colloidal lead -acid battery has stable performance, high reliability, long service life, strong ability to adapt to the environmental temperature (high, low temperature). , Circular discharge capabilities, deep discharge, and high current discharge capacity, have the advantages of overcharging and over -discharge self -protection. The domestic colloidal lead -acid battery used for electric bicycles is perflected through vacuum in AGM partitions, and the silicone and sulfate solution are irrigated between the positive and negative plates of the battery. The colloidal lead -acid batteries cannot cycle the oxygen cycle in the early stages of use. This is because the colloids are surrounded by the positive and negative plates. It can only be discharged from the exhaust valve, consistent with the rich liquid battery. The colloidal battery is used for a period of time to start cracking and contraction, producing cracks, and oxygen directly to the negative plate for oxygen cycle through the crack. The exhaust valve will no longer be turned on. The colloidal lead -acid battery is close to the sealing work, and the water loss is rare. Therefore, the main failure of electric bicycle batteries is the mechanism of water loss. The colloidal lead -acid battery can be used to achieve very good results. The colloidic electrolyte is solidified by adding sulfuric acid electrolytes into colloidal substances by adding a gel agent to an electrolyte. Usually the colloidic electrolyte is also added with colloidal stabilizers and adaptering agents. The agent is facilitation of colloid injection.

　　Performance characteristics

　　1. Gas silicon dioxide preparation of high -quality colloids. The distribution of electrolytes is evenly distributed, and there is no layered phenomenon of acid liquid.

　　2. The electrolyte is fixed in the gel, without flowing, no leakage liquid, and uniform response of each part of the pole plate.

　　3. Adopt tight -loading technology, with excellent high -rate discharge performance.

　　4. Excessive electrolyte, large battery heat capacity, strong heat dissipation ability, and wide working temperature range.

　　5. All of the high -pure raw materials are used, and the battery is small.

　　6. Adopt gas reesence technology. The battery has extremely high sealing reaction efficiency, no acidity of acid fog, safe and environmentally friendly, without pollution.

　　7. Adopt special design and high -reliable sealing technology to ensure the battery seal and use safe and reliable.

　　Scope

　　1. Communication system: switches, microwave stations, mobile base stations, data centers, radio and radio stations.

　　2. Power plant and transmission and transformation system;

　　3. Solar and wind power generation system

　　4. Signal system and emergency lighting system

　　5. The difference between EPS and UPS system colloid batteries and lead -acid batteries

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