12V/ 24V / 36V / 48V / 96V / 120V MPPT Solar Charge Controller Home Use
What is feature of 12V/ 24V / 36V / 48V / 96V / 120V MPPT solar charge controller home use ?
Innovative maximum power point tracking technology can significantly improve the energy utilization rate of the solar system, with a conversion efficiency of up to 99.9%;
Quickly scan the entire 1-V curve, and efficiently track the maximum power point;
Three types of lead-acid batteries, sealed, colloidal, and open type, and lithium battery series are optional;
With automatic protection of overcharge,overdischarge, overload and short circuit;
RS485 communication interface, multi-machine communication communicationis possible, which is convenient for viewing the operating parameters of thecontroller;
This controller is used in solar off-grid power generation systems to automatically adjust battery charging and discharging. It has an advanced tracking algorithm to obtain the maximum power of the solar cell components and charge the battery; at the same time, its low voltage disconnect(LVD) function can prevent the battery from over-discharging and causing damage.
The battery charging process of the MPPT controller is optimized to extend battery life and improve system performance. Its comprehensive self-test function and electronic protection function can avoid damage caused by installation errors and system failures. Although the controller is easy to operate and use, in order to enable you to better use all the functions of the controller and improve your photovoltaic system, please read the instructions and instructions in this manual carefully.
>>>Product Specifications
| Enhanced money | ||||||
| MPPT Model | 30A-40A | 30A-60A | 70A-80A | 100A-150A | 60A-100A | |
| BDH | BDZ | BDC | ||||
| Charging Mode | MPPT Automatic Maximum Power Point Tracking | |||||
| Charging Method | MPPT Maximum Power Point Tracking, Fast Charging, Constant Voltage, Float Charging | |||||
| yrettaBepyT | Lead-acid Battery | Automatically recognizes 12V, 24V, 48Vand can be set from 12V to 120V, | manually adjustable from 48V to 240V | |||
| Gel Battery | Manually set from 12V to 120V | manually adjustable from 48V to 240V | ||||
| Lithium Iron Phosphate Battery 3.2V | Adjustable in series from 2S to 455 | adjustable in series from 14S to 90S | ||||
| Lithium-ionBattery 3.7V | Adjustable in series from 25 to 455 | adjustable in series from 14S to 80S | ||||
| User-defined Battery | Manually set charging voltage range from 8V to 170V | adjustable from 35V to 350V | ||||
| Lithium Battery Activation Function | After manually setting the battery type, with photovoltaic input, there is a charging voltage output (activates lithium battery) | |||||
| Maximum Open-circuit Input Voltage of Photovoltaic | 180V | 230V | 480V | |||
| Photovoltaic Start Charging | Photovoltaic input voltage is greater than battery voltage + 2V | |||||
| Charging Current | 30A-40A | 30A-60A | 70A-80A | 100A-150A | 60A-100A | |
| Maximum Photovoltaic Input Power | Battery charging voltage (V)*Maximum charging current (A) | |||||
| DC Output Function | Continuous output 20A | Continuous output 40A, | ||||
| Display | LCD display (total power generation, daily power generation, DC output light time control, photovoltaic parameters, battery parameters), bilingual display | |||||
| Communication: Uses Modbus communication method | 6-pin RS485 communication port (see pin definition diagram) | |||||
| Operating Environment Temperature | -20°C to +40*℃ | |||||
| IP Protection Rating | IP21 | |||||
| Altitude | 0-3000m | |||||
| MMReference Product Dimensions (mm) | 190*165*100 | 218*165*100 | 267*178*100 | 318*222*110 | 335*246*145 | |
| Reference Product Net Weight (kg) | 1.5 | 1.8 | 2.5 | 3.75 | 7.65 | |
| Reference Product Gross Weight (kg) | 1.8 | 2.1 | 2.85 | 4.2 | 9.25 | |
| High pressure | |||||||||
| MPPT models | 30A-40A | 50A-60A | 70A-80A | 100A-120A | |||||
| BDC (High Voltage) | |||||||||
| Charging mode | MPPT automatic maximum power fracking | ||||||||
| Charging model | MPPT maximum power tracking, fast charging, constant voltage, floating charging | ||||||||
| 电器美型 | Lead acid battery | Automatic identification 24V, 48V You can set 24V to 240V | |||||||
| Manual setting of colloidal battery | 24V,36V, 48V, 60V,72V. 84V, 96V, 108V, 120V, 132V. 144V. 156V.168V.180V. 192V.204V.216 228V, 240V | ||||||||
| Lithium iron phosphate battery 3.2V | series number (75-90S adjustable) | ||||||||
| Ternary lithiuml battery 3.7V | series number (75-90S adjustable) | ||||||||
| User-defined battery | manually set charging voltage range (16V-240V) | ||||||||
| With lithium activation function | After manually setting the battery type, there is photovoltaic input and output charging voltage (activated lithium) | ||||||||
| Photovoltaic maximum open circuit input voltage | 490V | ||||||||
| Photovoltaic start charging | The photovoltaic input voltage is greater than the cell voltage +2V | ||||||||
| Charging current | 30A-40A | 50A-60A | 70A-80A | 100A-120A | |||||
| PV maximum input power | Battery charging voltage (V)*Maximum charging current(A) | ||||||||
| Dc output | Constant output of 40A | Continuous output of 60A | |||||||
| Display | LCD display (total power generation, daily power generation, DC output light time control, photovoltaic parameters, battery parameters), bilingual display | ||||||||
| Communication: Uses Modbus communication method | 6-pin RS485 communication port (see pin definition diagram) | ||||||||
| Operating Environment Temperature | -20°℃ to +40°℃ | ||||||||
| IP Protection Rating | IP21 | ||||||||
| Altitude | 0-3000m | ||||||||
| MMReference Product Dimensions (mm) | 218*165*100 | 267*178*100 | 318*222*110 | ||||||
| Reference Product Net Weight (kg) | 1.8 | 2 | 2.5 | 3.75 | |||||
| Reference Product Gross Weight (kg) | 2 | 2.3 | 2.85 | 4.2 | |||||