SRNE MA2430N15: Intelligent solar charge controller with CAN communication
The MA series controller adopts industry-leading MPPT maximum power tracking technology to achieve maximum energy from the solar panel. It can quickly and accurately track the solar cell's maximum power point in any environment and obtain solar energy in real time. Maximum solar panel energy can dramatically improve the energy utilization rate of the solar system. Widely used in off-grid solar photovoltaic systems, solar panel, battery and load management is the central control component of an off-grid photovoltaic system. Inside the controller, there are perfect software and hardware fault detection and protection functions, which can minimize installation errors and system failures. component damage.
- Using MPPT technology, MPPT tracking efficiency can reach 99.9%.
- Support for CAN communication function (optional).
- Support for a wide variety of batteries, including sealed, colloidal, open type, lithium and user-customized.
- Support for charging voltage line loss compensation, for more precise control of battery charging voltage (partial models).
- Support for capacitive start-up charging and inductive charging.
- RS485 communication supporting standard Modbus protocol, with adjustable baud rate.
- TTL communication supporting standard Modbus protocol, with fixed baud rate.
- With perfect load and discharge protection mechanisms, such as overvoltage, overcurrent, overload, overtemperature and short-circuit.
Features
Static power consumption | ≤30mA |
USE/FLD/GEL/LI.SLD (default) |
Battery operating voltage range |
32V |
Rated charging current | 30A |
Maximum PV input current | 27A |
Maximum solar panel power | 400W/12V 800W/24 |
Voltage |
Maximum PV open circuit |
MPPT operating voltage range |
(Battery voltage +2) ~ 110V |
Charge conversion efficiency |
85%-98% (10%~100% of rated power) |
Rated charging current | 30A |