Smppt Max75V to 12V/24V, 10A/20A/30A Series Solar Controller

Product Description

The main topology of the controller adopts the Buck conversion circuit, and the MCU is used to intelligently adjust the operating point of the solar battery pack, so that the solar battery pack can output the maximum power under the current environmental conditions. When the working point of the solar cell group deviates from the maximum power point after the environmental conditions change, the MCU of the controller adjusts the working point of the solar cell group according to the MPPT algorithm, so that the working point of the solar cell group returns to the maximum power point. Compared with ordinary solar charge controllers, MPPT controllers can generally increase the output power of the solar battery pack by 5% to *0%. The increase in output power is affected by the characteristics of the solar battery pack, temperature and light intensity. The whole machine adopts wall-mounted installation. The wiring method uses standard wiring terminals to lead, the wiring area is larger, and the line loss is smaller.

Product details

SMPPT MAX*5V TO *2v/*4v *0A/*0A/*0A series Solar Controller maximum power tracking controller *0A/*0A/*0A *2/*4V automatic identification

This controller is a solar charge and discharge controller with MPPT function independently developed by our company. The main topology of the controller adopts the Buck conversion circuit, and the MCU is used to intelligently adjust the operating point of the solar battery pack, so that the solar battery pack can output the maximum power under the current environmental conditions. When the working point of the solar cell group deviates from the maximum power point after the environmental conditions change, the MCU of the controller adjusts the working point of the solar cell group according to the MPPT algorithm, so that the working point of the solar cell group returns to the maximum power point. Compared with ordinary solar charge controllers, MPPT controllers can generally increase the output power of the solar battery pack by 5% to *0%. The increase in output power is affected by the characteristics of the solar battery pack, temperature and light intensity. The whole machine adopts wall-mounted installation. The wiring method uses standard wiring terminals to lead, the wiring area is larger, and the line loss is smaller.

Function introduction

• Advanced MPPT maximum power point tracking technology, tracking efficiency is not less than *9.5%
• Using high-quality components to improve system performance, the maximum conversion efficiency can reach *7%
• Ultra-fast maximum power point tracking speed, while ensuring tracking efficiency
• Accurate identification and tracking of multi-peak maximum power point
• Reliable automatic limitation of the maximum power of the photovoltaic array to ensure that it will not be overloaded under any conditions
• Wide operating voltage range of PV array maximum power point
• Adopting LCD display design to dynamically display the operating data and working status of the equipment
• Various load control modes: manual mode, light control mode, dual time period mode and debugging mode
• Three types of battery charging programs: sealed, gel and open type are optional
• With real-time power statistics and recording function