Description

Introduction:
- This boost type solar controller adopts a floating point DSP-MCU as the digital control core, which can achieve high-precision digital control MPPT algorithm and quickly and safely charge the battery with maximum photovoltaic power generation efficiency. It is suitable for various photovoltaic off grid power generation systems.
- Adjustable for 12V/24V/48V batteries Or Adjustable for 48V/60V/72V batteries.
- Equipped with lithium battery activation function, starting at 0 voltage.
- Automatically track the maximum power point.
- Multiple protection functions, self stopping when fully charged, temperature controlled fan.
- Supports lead-acid, colloidal, lithium iron phosphate, and ternary lithium batteries.

Key Features:
- Comes with lithium battery activation function.
- Intelligent multiple protection.
- High efficiency boost.
- Intelligent control charging.
- Intelligent temperature controlled fan.
- Full color multifunctional display.

High Conversion Intelligent Charging:
- The MPPT controller can detect the power generation voltage of the solar panel in real time and track the highest voltage and current value (VI), enabling the system to charge the battery at maximum power output. The charging efficiency has been greatly improved, with a conversion rate of up to 98%.

High Definition LED Display Screen:
- Chinese screen display, clear and intuitive understanding of various parameters and charging operation status.

Why is MPPT solar power generation more effective?
- Adopting new generation technology.
- Tracking efficiency up to 95-99%.
- Three stage charging (constant voltage, constant current float charging).
- Wide voltage input 12-60V.
- Support lead-acid, colloidal, lithium battery, etc.
- Charging efficiency up to 98%.

5600W 100A 12V/24V/48V Specifications:
- Product size: 26.5 x 10 x 19.5cm
- Net weight: 2.9kg
- Input voltage: 18V - 150V
- Power: 1400W for 12V; 2800W for 24V; 5600W for 48V
- Output voltage: 12V/24V/48V
- Maximum output current: 100A

2800W 60A 12V/24V/48V Specifications:
- Product size: 21 x 9 x 16.5cm
- Net weight: 1.65kg
- Input voltage: 18V - 150V
- Power: 700W for 12V; 1400W for 24V; 2800W for 48V
- Output voltage: 12V/24V/48V
- Maximum output current: 60A

1400W 25A 12V/24V/48V Specifications:
- Product size: 17 x 6 x 9.5cm
- Net weight: 0.75kg
- Input voltage: 18V - 150V
- Power: 350W for 12V; 700W for 24V; 1400W for 48V
- Output voltage: 12V/24V/48V
- Maximum output current: 25A

700W 12.5A 12V/24V/48V Specifications:
- Product size: 14 x 6 x 9.5cm
- Net weight: 0.58kg
- Input voltage: 18V - 150V
- Power: 175W for 12V; 350W for 24V; 700W for 48V
- Output voltage: 12V/24V/48V
- Maximum output current: 12.5A

1200W 48V/60V/72V Specifications:
- Product size: 17 x 6 x 9.5cm
- Net weight: 0.7kg
- Input voltage: 12V - 60V
- Maximum input current: 30A
- Power: 1200W
- Output voltage: 48V/60V/72V
- Maximum output current: 15A

600W 48V/60V/72V Specifications:
- Product size: 14 x 6 x 9.5cm
- Net weight: 0.55kg
- Input voltage: 12V - 60V
- Maximum input current: 15A
- Power: 600W
- Output voltage: 48V/60V/72V
- Maximum output current: 8A

Package Included:
- 1 x Solar Controller

12V/24V/48V Safety Reminders:
1. It is strictly prohibited to input high voltage into the solar controller. The input voltage of the solar panel cannot exceed 145 volts.
2. It is strictly prohibited to charge low voltage batteries with high voltage settings. The type and voltage should be consistent with the battery being charged; The factory default is 24V lead-acid battery.
3. It is strictly prohibited to reverse connect the positive and negative poles of DC equipment. Pay attention to distinguishing the positive and negative poles. Connect the solar panel first to ensure that the output voltage level is correct before connecting the battery.
4. It is strictly prohibited to replace large fuses or use copper wires as substitutes. When replacement is required, fuses with the same specifications and parameters should be used.
5. Solar panels are series connected components and should be placed entirely under sunlight to avoid obstruction. On cloudy days or at night, when the solar energy is not powered, the solar controller does not work and does not consume battery power.
6. If only the battery is connected without the solar panel connected, the controller will not work.
7. When connecting the battery, the positive and negative polarities should be carefully confirmed repeatedly, otherwise the controller fuse will be burned out, especially the wiring of the master should be careful.
8. The factory default setting is a 24 volt lead-acid battery and it is in a locked state.
9. The wires connecting the controller to the solar panel or battery should be as short and thick as possible, which is beneficial for reducing line losses and improving power generation efficiency.
10. The installation of the controller should consider stability, ensure insulation of the wiring, take waterproof measures, and prevent children from accidental touching.
11. The open circuit voltage of a solar panel refers to the voltage measured without any load, and should not exceed the maximum input voltage required by the controller.

48V/60V/72V Safety Reminders:
1. It is strictly prohibited to input high voltage into the solar controller. The input voltage of the solar panel cannot exceed 60 volts and cannot be greater than the battery voltage.
2. It is strictly prohibited to charge low voltage batteries with high voltage settings. The type and voltage should be consistent with the battery being charged; The factory default is 48V lead-acid battery.
3. It is strictly prohibited to reverse connect the positive and negative poles of DC equipment. Pay attention to distinguishing the positive and negative poles. Connect the solar panel first to ensure that the output voltage level is correct before connecting the battery.
4. It is strictly prohibited to replace large fuses or use copper wires as substitutes. 500W fuses are 10A, and 1000W fuses are 20A for small car fuses.
5. Solar panels are series connected components and should be placed entirely under sunlight to avoid obstruction. On cloudy days or at night, when the solar energy is not powered, the solar controller does not work and does not consume battery power.
6. If only the battery is connected without the solar panel connected, the controller will not work.
7. When connecting the battery, the positive and negative polarities should be carefully confirmed repeatedly, otherwise the controller fuse will be burned out, especially the wiring of the master should be careful.
8. The factory default setting is a 48 volt lead-acid battery and it is in a locked state.
9. The wires connecting the controller to the solar panel or battery should be as short and thick as possible, which is beneficial for reducing line losses and improving power generation efficiency.
10. The installation of the controller should consider stability, ensure insulation of the wiring, take waterproof measures, and prevent children from accidental touching.
11. The open circuit voltage of a solar panel refers to the voltage measured without any load, and should not exceed the maximum input voltage required by the controller.