-
Step into Capney
MPPT Series Photovoltaic Charge Controller
- Product Description
- Features & Advantages
- Technical Parameters
- Related manuals
- Figure on the right
MPPT Series Photovoltaic Charge Controller
-
- Commodity name: MPPT Series Photovoltaic Charge Controller
- Commodity ID: 1362032682497363968
- 类型: New energy
- 品牌: Capni
Fast charging, trickle charging, float charging
The BOC MPPT series photovoltaic charge controllers adopt advanced MPPT maximum power point tracking technology. They are intelligent solar charge controllers equipped with smart recognition and intelligent charge-discharge functions. Compared to traditional PWM controllers, these controllers offer a 30% to 60% efficiency improvement and are compatible with various types of batteries.
Battery charging stage
The controller features a three-stage charging method, consisting of fast charging, maintenance charging, and float charging. Through these quick, efficient, and safe battery-charging modes, the system can effectively extend the service life of the storage battery.a) Fast charging
During the fast-charging phase, if the battery voltage has not yet reached the set full-charge voltage (i.e., the equalization/boost voltage), the controller will perform MPPT charging, delivering a greater amount of solar power to charge the battery. Once the battery voltage reaches the preset value, the system will switch to maintenance charging.b) Maintain charging
When the battery voltage reaches the set value for the maintenance voltage, the controller will switch to constant-voltage charging. During this phase, MPPT charging will no longer be active, and the charging current will gradually decrease over time. The maintenance charging phase typically lasts by default for 0.5 hours. Once the duration reaches the set value, the system will transition to float charging.c) Float charging
After the constant charging phase, the controller will reduce the charging current to lower the battery voltage and maintain the battery voltage at the float charge voltage setpoint. During the float charge phase, the battery receives a very weak charge, ensuring that it remains fully charged. In the float charge phase, the load can draw nearly all of the solar power generated. If the load exceeds the amount of power that the solar system can provide, the controller will no longer be able to keep the battery voltage at the float charge level. When the battery voltage drops to the recovery charge setpoint, the system will exit the float charge phase and re-enter the fast charging phase. -
Feature
● Uses high-quality components to enhance system performance, with a conversion efficiency of up to 98%.
● Advanced MPPT high-power point tracking technology with a tracking efficiency of no less than 99.5%.
● Ultra-fast maximum power point tracking speed, while ensuring tracking efficiency.
● Accurate identification and tracking of multiple peak high-power points
● Reliable automatic power-limiting function for large photovoltaic arrays, ensuring no overloading under any conditions.
● Wider operating voltage range for high-power point of photovoltaic arrays
● Features an LCD display that dynamically shows the device’s operating data and status.
● Features battery temperature compensation functionality
● Features real-time power consumption statistics and recording functionality
● Utilizing the standard Modbus communication protocol based on the RS-485 communication bus, it maximally meets communication requirements in various scenarios. -
-
The BOC MPPT series photovoltaic charge controllers adopt advanced MPPT maximum power point tracking technology. They are intelligent solar charge controllers equipped with smart recognition and intelligent charge-discharge functions. These controllers offer an efficiency improvement of 30% to 60% compared to traditional PWM controllers and support various types of batteries.
Battery charging stage
The controller features a three-stage charging method, consisting of fast charging, maintenance charging, and float charging. Through these quick, efficient, and safe battery-charging modes, the system can effectively extend the service life of the storage battery.a) Fast charging
During the fast-charging phase, if the battery voltage has not yet reached the set full-charge voltage (i.e., the equalization/boost voltage), the controller will perform MPPT charging, delivering the maximum available solar power to charge the battery. Once the battery voltage reaches the preset value, the system will switch to maintenance charging.b) Maintain charging
When the battery voltage reaches the set value for the maintenance voltage, the controller will switch to constant-voltage charging. During this phase, MPPT charging will no longer be active, and the charging current will gradually decrease over time. The maintenance charging phase typically lasts 0.5 hours by default; once this duration is reached, the system will transition to float charging.c) Float charging
After the constant charging phase, the controller will reduce the charging current to lower the battery voltage and maintain the battery voltage at the float charge voltage setpoint. During the float charge phase, the battery receives a very weak charge, ensuring that it remains fully charged. In the float charge phase, the load can draw nearly all of the solar power generated. If the load exceeds the amount of power that the solar system can provide, the controller will no longer be able to keep the battery voltage at the float charge level. When the battery voltage drops to the recovery charge setpoint, the system will exit the float charge phase and re-enter the fast charging phase.
Get a free product quote
Our staff will contact you within 24 hours (on business days). If you require additional services, please feel free to call our service hotline:0512-50132658
Provide consumers with more solutions.
Power by : 300.cn Beijing ｜ CertificateQuery ｜ File information inquiry ｜ Anti-counterfeiting query