This solar charge controller automatically manages solar panels and battery banks using a builtin industrial microcontroller. It keeps user settings in memory so you do not need to reset it if the battery runs completely flat, and it helps optimize energy conversion for more reliable system performance. Key benefits Automatic regulation of charging and discharging to protect battery life and maintain system stability. Nonvolatile parameter memory preserves user settings after deep discharge, eliminating the need for manual reset. Improved conversion efficiency through microcontrollermanaged charging algorithms, resulting in steadier power delivery. Simplifies system operation and reduces maintenance time for residential, mobile, and small commercial solar systems. Main functions and compatibility Manages input from solar panels and charging of batteries in typical solar power systems. Works with common solar arrays and battery banks used in off grid, backup, and auxiliary power installations. Automatic control logic handles charging stages and battery protection without constant user intervention. Design and performance highlights Built with an industrial microcontroller for consistent, repeatable control of charging processes. Memory of userdefined parameters ensures settings remain intact after battery depletion. Designed for reliable daily operation and to integrate with existing solar system components. Compact and practical form factor for straightforward installation in controller enclosures or system panels. Durable construction to suit typical solar installation environments. Practical applications Remote cabin or off grid home: manage panel charging and battery health with minimal oversight, even if the system drains during extended periods without sunlight. Recreational vehicle or boat: maintain battery settings through deep discharge events and automate charging when panels generate power while traveling or at anchor. Small commercial or backup power setup: provide stable charge control and preserve userconfigured parameters during power cycling and maintenance. What you get A controller that automates panel and battery management, remembers your settings, and helps improve energy conversion and system reliability. An easytointegrate device suitable for a range of solar system installations where dependable automatic control and parameter retention are important.