Product overview A solar charge controller designed for reliable, automated management of solar panels and batteries. Industrial grade control components and a large LCD display provide clear status monitoring, adjustable charging and discharge parameters, and advanced protection features that help keep the controller and the connected system operating safely and efficiently. Key benefits Improved efficiency: Builtin industrial microcontroller optimizes panel to battery management and improves energy conversion. Reliable thermal performance: MOS antibackflow circuit is designed for ultralow heat generation during operation. Safer operation: Multiple selfhealing protection functions prevent damage to the controller while restoring normal operation after faults. User control and visibility: Largescreen LCD display and adjustable charge and discharge settings let you tailor operation to system needs. Simplified system management: Threestage PWM charging management provides a complete charging profile for more consistent battery maintenance. Main features Industrialgrade main control chip for stable, longterm operation. Largescreen LCD display for clear readout of status, settings, and fault conditions. Adjustable charging and discharge parameters to match different battery types and system requirements. Complete threestage PWM charging management to handle bulk, regulation, and maintenance charging phases. MOS antibackflow circuit that minimizes heat and prevents reverse current flow. Builtin overcurrent and shortcircuit protection, opencircuit protection, and reverse connection protection. All protections are selfhealing and designed not to damage the controller. Function and compatibility Intended for use in solar power systems to manage the interface between solar panels and batteries. Controls charging and discharging cycles automatically while allowing manual parameter adjustments via the LCD interface. Compatible with common solar system configurations where a PWM charge controller is appropriate. Performance and reliability Industrial components and an integrated microcontroller ensure consistent control and monitoring. Selfrecovering protection mechanisms reduce the risk of permanent damage after common electrical faults. Low thermal loss in the MOS antibackflow circuit supports stable operation under continuous load. Practical applications Offgrid cabin or small remote home solar systems for reliable battery charging and management. Recreational vehicles and caravans where compact, automated solar charging is required. Remote equipment sites such as lighting, monitoring stations, or telecommunications where unattended, resilient power control is . Quick setup notes Configure charge and discharge parameters using the LCD display to match battery specifications. Follow standard wiring and safety practices when connecting panels and batteries. Monitor the display for fault indications; the controller is designed to selfheal after common fault conditions. This controller provides a practical combination of automated management, configurable control, and builtin protections for dependable solar system operation.