Mastervolt SCM60 MPPT-MB Controller

The Mastervolt SCM60 MPPT-MB Controller is a professional-grade solar charge controller engineered for serious power system applications in tactical, mobile, and remote operational environments. Built for users who demand reliable energy management in austere conditions—from forward operating bases to mobile command centers—this controller handles the critical task of optimizing solar array input and regulating battery charge cycles. When lives and mission success depend on sustained power availability, the SCM60 delivers the precision control that separates adequate systems from bulletproof ones.

The Mastervolt SCM60 MPPT-MB Controller employs Maximum Power Point Tracking (MPPT) technology to extract maximum available energy from solar panels across varying light conditions and temperatures—a critical advantage in unpredictable field environments where panel output fluctuates throughout the day. The integrated multi-bank charging logic allows simultaneous management of multiple battery banks, enabling parallel power distribution architectures common in tactical vehicle and shelter installations. Its compact yet robust form factor (19 x 9 x 8 inches, 13.7 lbs) mounts securely in equipment racks or vehicle power compartments, while the modular MB terminal design ensures rapid integration into existing power distribution systems without extensive rewiring.

This controller serves power system integrators, military logistics personnel, and tactical equipment specialists tasked with designing self-sufficient energy solutions for extended deployments. Installation works seamlessly in solar-powered shelter systems, tactical power trailers, and mobile command vehicles where redundant or off-grid power is non-negotiable. The SCM60 pairs effectively with professional lithium iron phosphate and lead-acid battery banks, managing charge profiles across diverse battery chemistries and supporting both 12V and 24V system configurations through proper terminal configuration and external monitoring interfaces.