HY-10HA large dense battery
Common bus type (inverter type) charge and discharge power supply
Charge and discharge should not be underestimated, capacity life depends on it!
Because of its low manufacturing cost, large capacity and high cost performance, lead-acid battery has been widely used to replace other energy sources and has broad development prospects. However, if it is produced and used improperly, its life will be greatly shortened. There are many factors that affect the life of lead-acid battery, and the correct charging and discharging method can effectively prolong the service life of lead-acid battery. The research found that the battery life was affected by the process of battery charging. In other words, the vast majority of batteries in production has decided its service life. Based on this, battery charging and discharging power came into being.
The quality of the charging and discharging power supply is related to the performance and life of the battery, while the charging and discharging power equipment itself is related to the user's convenience and maintenance management. Every battery has its unique characteristics, and the charging strategy is also different. Therefore, it is very important to choose the charging and discharging power supply equipment.
Specification list of Middle large size battery charge and discharge power supply
Advantages and features:
HY-10H (A) medium density battery common bus (inverter type) charging and discharging power supply is mainly applicable to the formation of all kinds of sealed batteries and the charging and discharging of battery pack, including motorcycle, toy, tricycle, automobile, energy storage battery, etc., with wide coverage.
The device is developed according to the latest requirements of battery users at home and abroad. The patented technology of common DC bus based on IGBT is adopted. The excess discharge energy can be fed back to AC grid or resistance consumption through inverter. High frequency charging and discharging technology controlled by microcomputer is adopted. One microcomputer controls one circuit power supply, which is highly reliable, easy to operate and has fault self diagnosis function. Compared with the traditional controllable rectifier charging and discharging equipment, the harmonic pollution to the power grid is small, the power factor is high, the output DC current is stable, and the energy saving effect is more significant.
1. Charging current: 0 ~ 100% F.S
2. Discharge current: 0 ~ 100% F.S
3. Voltage control range: 10% - 100% F.S
4. Current and voltage stabilization accuracy: ≤± 0.3% FS
5. Time accuracy: ≤± 10s / 24h
6. Charging efficiency: ≥ 95%
7. Discharge energy recovery efficiency: ≥ 95%
8. Power factor: > 0.95 (more than 50% load)
9. DC output ripple: ≤ 5%
10. Output harmonic content: < 6%
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