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MPPT Maximum Power Point Tracking Technology: This Solar Charge Controller adopts advanced MPPT technology, which can track the maximum power point of solar panels in real time, thereby improving charging efficiency, reducing energy loss, and maximizing the use of solar energy.
Wide Compatibility: Supports 48V LiFePO4 batteries, compatible with high voltage input from 96V to 380V, adapts to different types of solar system needs, and can meet the power reserve needs of homes or small commercial facilities.
Intelligent Control and Protection: Integrates multiple protection functions such as overload, overtemperature, overvoltage, undervoltage, etc. to ensure the stability and safety of system operation and avoid battery damage or system failure.
High efficiency and energy saving: Built-in intelligent algorithm can automatically adjust working parameters to ensure the best charging state, effectively extend battery life and reduce energy waste.
Easy to install and operate: The simple design and operation interface make the installation and debugging process more convenient, and even non-professionals can quickly get started.
Improve energy utilization: Through MPPT technology, the Solar Charge Controller can optimize the efficiency of solar energy use, maximize the efficiency of converting solar energy into electrical energy, and improve the overall performance of the home solar system.
Enhance battery life: The controller adopts an intelligent management algorithm, which can adjust the charge according to the actual state of the battery to avoid overcharging or over-discharging, thereby effectively extending the battery life.
High compatibility and scalability: It supports a wide range of voltages and can be adapted to solar panels of different specifications and types. It has strong compatibility and can be flexibly applied to different system configurations.
Safe and reliable protection function: Built-in comprehensive protection function effectively prevents system damage caused by battery failure, overload, overheating and other problems, providing peace of mind for home users.
Intelligent management: The monitoring system displays the charging status in real time, so users can keep track of the battery power and charging progress at any time, making system management simpler and more efficient.
Home Solar Energy Storage System: This Solar Charge Controller is an ideal choice for home solar power systems. It can efficiently manage the charging process of solar energy, convert solar energy into electricity for home use, and support efficient and green energy utilization.
Small Commercial Solar System: For small businesses, especially in areas where stable power supply is required, the Solar Charge Controller can effectively manage energy inflow and storage to ensure stable system operation.
Off-grid Power System: This controller is suitable for off-grid applications that require independent power supply, such as rural houses, holiday homes, and field bases. It optimizes charging efficiency to ensure energy self-sufficiency.
1.How does the Solar Charge Controller help improve charging efficiency?
The Solar Charge Controller uses MPPT technology to monitor the working status of the solar panel in real time and automatically adjust the working voltage and current to ensure maximum utilization of solar energy, thereby improving charging efficiency.
2.What types of batteries does this Solar Charge Controller support?
The controller supports 48V LiFePO4 batteries and is compatible with high voltage inputs from 96V to 380V, suitable for solar panels and battery systems of different specifications.
3.Is it complicated to install the device?
The Solar Charge Controller has a simple design and a relatively simple installation process. It is equipped with a detailed installation guide, so even non-professionals can install it smoothly.
4.Does the controller have protection functions?
Yes, the Solar Charge Controller is equipped with multiple protection functions such as overload, overtemperature, overvoltage, and undervoltage to ensure safe and stable operation of the system in various working environments.
5.How to monitor the charging status?
The Solar Charge Controller provides a real-time display interface. Users can view the battery power, charging status and other key information through the device's display screen for easy management and adjustment.
Battery | ||||
Rated Voltage(VDC) | 48V | |||
Under-voltage protection value(VDC) | Lead acid battery: 42V; li-ion battery: 46v (Settable) | |||
Under-voltage recovery value(VDC) | Lead acid battery: 51.5V; li-ion battery: 51v | |||
Over-voltage protection value(VDC) | Lead acid battery: 58V; li-ion batter: 53v | |||
Over-voltage recovery value(VDC) | Lead acid battery: 56V; li-ion battery: 52v | |||
PV input | ||||
PV input power(W) | 2500W (Default)/5000W (Optional) | |||
Operation mode | PWM(Default)/MPPT(Optional) | |||
Starting voltage(VDC) | >53 | |||
Voltage range (VDC) | 53-94 | |||
Maximum open circuit voltage (VDC) | 94 | |||
Floating charge voltage (VDC) | Settable | 53-56 | ||
Bulk voltage(VDC) | 53 | |||
Mains bypass function | Optional | |||
Input voltage range (Vac) | 220±15% | |||
Input frequency (Hz) | 50±3% | |||
AC charger | Optional | |||
AC output | ||||
Output waveform | L+N Pure sine wave | |||
Output voltage | 220VAC±5% | |||
Output frequency | 50/60±1% | |||
THD | ≤5% (Linear load) | |||
Inverter efficiency (80% resistive load) | 105-110% 1second | |||
Display | LCD+LED | |||
Protection | Input under/over voltage, Output overload, Output short circuit(no automatic recovery, need to restart the machine), Overheating protection | |||
MPPT Maximum Power Point Tracking Technology: This Solar Charge Controller adopts advanced MPPT technology, which can track the maximum power point of solar panels in real time, thereby improving charging efficiency, reducing energy loss, and maximizing the use of solar energy.
Wide Compatibility: Supports 48V LiFePO4 batteries, compatible with high voltage input from 96V to 380V, adapts to different types of solar system needs, and can meet the power reserve needs of homes or small commercial facilities.
Intelligent Control and Protection: Integrates multiple protection functions such as overload, overtemperature, overvoltage, undervoltage, etc. to ensure the stability and safety of system operation and avoid battery damage or system failure.
High efficiency and energy saving: Built-in intelligent algorithm can automatically adjust working parameters to ensure the best charging state, effectively extend battery life and reduce energy waste.
Easy to install and operate: The simple design and operation interface make the installation and debugging process more convenient, and even non-professionals can quickly get started.
Improve energy utilization: Through MPPT technology, the Solar Charge Controller can optimize the efficiency of solar energy use, maximize the efficiency of converting solar energy into electrical energy, and improve the overall performance of the home solar system.
Enhance battery life: The controller adopts an intelligent management algorithm, which can adjust the charge according to the actual state of the battery to avoid overcharging or over-discharging, thereby effectively extending the battery life.
High compatibility and scalability: It supports a wide range of voltages and can be adapted to solar panels of different specifications and types. It has strong compatibility and can be flexibly applied to different system configurations.
Safe and reliable protection function: Built-in comprehensive protection function effectively prevents system damage caused by battery failure, overload, overheating and other problems, providing peace of mind for home users.
Intelligent management: The monitoring system displays the charging status in real time, so users can keep track of the battery power and charging progress at any time, making system management simpler and more efficient.
Home Solar Energy Storage System: This Solar Charge Controller is an ideal choice for home solar power systems. It can efficiently manage the charging process of solar energy, convert solar energy into electricity for home use, and support efficient and green energy utilization.
Small Commercial Solar System: For small businesses, especially in areas where stable power supply is required, the Solar Charge Controller can effectively manage energy inflow and storage to ensure stable system operation.
Off-grid Power System: This controller is suitable for off-grid applications that require independent power supply, such as rural houses, holiday homes, and field bases. It optimizes charging efficiency to ensure energy self-sufficiency.
1.How does the Solar Charge Controller help improve charging efficiency?
The Solar Charge Controller uses MPPT technology to monitor the working status of the solar panel in real time and automatically adjust the working voltage and current to ensure maximum utilization of solar energy, thereby improving charging efficiency.
2.What types of batteries does this Solar Charge Controller support?
The controller supports 48V LiFePO4 batteries and is compatible with high voltage inputs from 96V to 380V, suitable for solar panels and battery systems of different specifications.
3.Is it complicated to install the device?
The Solar Charge Controller has a simple design and a relatively simple installation process. It is equipped with a detailed installation guide, so even non-professionals can install it smoothly.
4.Does the controller have protection functions?
Yes, the Solar Charge Controller is equipped with multiple protection functions such as overload, overtemperature, overvoltage, and undervoltage to ensure safe and stable operation of the system in various working environments.
5.How to monitor the charging status?
The Solar Charge Controller provides a real-time display interface. Users can view the battery power, charging status and other key information through the device's display screen for easy management and adjustment.
Battery | ||||
Rated Voltage(VDC) | 48V | |||
Under-voltage protection value(VDC) | Lead acid battery: 42V; li-ion battery: 46v (Settable) | |||
Under-voltage recovery value(VDC) | Lead acid battery: 51.5V; li-ion battery: 51v | |||
Over-voltage protection value(VDC) | Lead acid battery: 58V; li-ion batter: 53v | |||
Over-voltage recovery value(VDC) | Lead acid battery: 56V; li-ion battery: 52v | |||
PV input | ||||
PV input power(W) | 2500W (Default)/5000W (Optional) | |||
Operation mode | PWM(Default)/MPPT(Optional) | |||
Starting voltage(VDC) | >53 | |||
Voltage range (VDC) | 53-94 | |||
Maximum open circuit voltage (VDC) | 94 | |||
Floating charge voltage (VDC) | Settable | 53-56 | ||
Bulk voltage(VDC) | 53 | |||
Mains bypass function | Optional | |||
Input voltage range (Vac) | 220±15% | |||
Input frequency (Hz) | 50±3% | |||
AC charger | Optional | |||
AC output | ||||
Output waveform | L+N Pure sine wave | |||
Output voltage | 220VAC±5% | |||
Output frequency | 50/60±1% | |||
THD | ≤5% (Linear load) | |||
Inverter efficiency (80% resistive load) | 105-110% 1second | |||
Display | LCD+LED | |||
Protection | Input under/over voltage, Output overload, Output short circuit(no automatic recovery, need to restart the machine), Overheating protection | |||
