Key benefits — why you need this product and how it solves problems Higher energy harvest: Built-in Maximum Power Point Tracking (MPPT) increases harvested power versus PWM controllers — MPPT tracking efficiency up to 99%, typically 15–20% better than PWM. That means faster battery charging and better performance in variable sunlight. Stable, reliable operation in real conditions: A full-aluminium housing with an integrated aluminium heatsink provides effective heat dissipation for consistent, long-term operation in a range of environments. Clear system visibility: The LCD shows input voltage, output voltage, output current and temperature at a glance, so you can monitor performance and diagnose issues quickly. Comprehensive protection: Multiple automatic protections guard the system and connected equipment from undervoltage, overtemperature, short circuit, output overcurrent, overload and reverse current (backfeed). Main features and what they mean for you Full aluminium enclosure and heatsink: Durable, corrosion-resistant material with strong thermal conductivity—helps prevent overheating and supports dependable operation in hot or confined installations. LCD display: Real-time, easy-to-read status of key parameters (Vin, Vout, Iout, temperature) reduces guesswork and helps you optimize system settings. MPPT technology with high tracking efficiency: Extracts the maximum power from solar panels across changing irradiance and temperature conditions; delivers faster charging and better system efficiency than PWM-based systems. Protection mechanisms: Automatic safeguards reduce the risk of equipment damage and downtime by responding to undervoltage, overheating, short circuits, excessive output current, overloads and reverse current. Compatibility and performance Function: MPPT power/charge controller functionality with real-time monitoring. Material: Full aluminium housing and aluminium heatsink for improved heat dissipation and durability. Performance: MPPT tracking efficiency up to 99%; 15–20% improvement versus comparable PWM algorithms. Monitoring: Displays input voltage, output voltage, output current and temperature on an integrated LCD. Practical applications (real-world use cases) Off-grid RV and caravan systems: Improve solar charging speed and efficiency while protecting batteries and appliances from overcurrent, reverse feed and thermal stress. Remote cabins or tiny homes: Reliable MPPT charging and clear system monitoring help maintain battery health and extend runtime with minimal supervision. Telecom, monitoring stations or remote IoT sites: Durable aluminium housing and built-in protections support continuous operation in harsh outdoor or industrial locations. What customers can expect Easier monitoring and faster, more efficient solar charging thanks to MPPT and the LCD readout. Reduced maintenance and lower failure risk due to robust thermal design and multiple automatic protections. Compatibility with typical solar-battery systems where MPPT control and precise monitoring are required. Specifications (as provided) Housing: Full aluminium with aluminium heatsink for heat dissipation. Display: LCD showing input voltage, output voltage, output current and temperature. MPPT: Maximum-Power-Point-Tracking technology; tracking efficiency up to 99%; increases efficiency by 15–20% compared to PWM. Protections: Undervoltage, overtemperature, short-circuit, output overcurrent, overload, reverse-flow prevention. If you require specific electrical ratings, model numbers or installation dimensions, refer to the product datasheet or contact the supplier to confirm compatibility with your solar array, battery bank and load requirements.