Lead acid batteries have been in use for many years and have made significant contributions to human society. However, with the development of society, China has attached greater importance to new energy and environmental protection, and people have increasingly high requirements for energy-saving and emission reduction technologies. Durability and pollution-free have become the main development trend of the current battery industry. Lead acid batteries can cause certain harm to the environment while being produced and used, Compared to the previous lithium iron phosphate batteries, they are becoming increasingly popular in the industrial field.

1. Green and environmentally friendly: The raw materials of lithium iron phosphate batteries do not contain any metal substances, so the entire process of production, use, and recycling will not cause environmental pollution.

2. Long service life: From the perspective of battery cycle life, the cycle life of lead-acid batteries is about 300-500 times, while the cycle life of lithium iron phosphate batteries can reach more than 2000 times, and the service life is 3-5 years. If daily maintenance is appropriate, it will be used for even longer.

3. High safety properties: The independently developed BMS battery protection board has a higher compatibility with the equipment battery. In addition, multiple protective measures such as overcharging protection, discharge protection, charging and discharging overcurrent protection, charging and discharging short circuit protection, charging and discharging temperature protection, voltage balance, etc. can better ensure the safety performance of lithium iron phosphate batteries.

4. Low cost: Lithium iron phosphate batteries have longer operating time, longer charging and discharging cycles, and higher work efficiency. It is not difficult to see from the purchase and maintenance costs that lithium batteries have lower overall costs.

5. High battery life: The capacity of lithium batteries can be increased by 20% -50% in the same size, increasing the battery life of a single device.