The 12V to 15V 30A Boost Module DCDC DC Monitoring Power Converter Regulator is a current boost converter designed to take a 12V input and deliver a regulated 15V output with a maximum current of up to 30A. It integrates DC monitoring to help you observe key electrical parameters during operation, supporting reliable performance in demanding applications. Key benefits Enables a 15V rail from a 12V source for devices and systems that require 15V operation. current capability up to 30A supports demanding loads without compromising performance. Regulated boost action provides a stable 15V output, suitable for sensitive electronics. Builtin DC monitoring helps you track input and output conditions to support safe operation and troubleshooting. Module form factor designed for easy integration into custom power solutions, robotics, automotive, and industrial projects. Key attributes Functionality: DCDC boost converter that steps up 12V input to 15V output with monitoring capabilities. Compatibility: Suitable for systems powered by 12V sources that need a reliable 15V supply. Form factor: Modulebased DCDC converter intended for straightforward integration into existing power architectures. Performance: Designed to deliver up to 30A output, providing strong performance for demand applications while maintaining regulation. Use cases Automotive and mobile equipment: Power 15V devices from a 12V vehicle battery or similar 12V power source, enabling reliable operation of equipment that requires 15V rails on the go. Laboratory and test setups: Create a stable 15V supply from a 12V source for bench experiments, prototyping, and testing of electronics that mandate a 15V input. Offgrid and energy storage systems: Support 15V loads in solar, battery bank, or backup power configurations by boosting available 12V to the needed 15V rail when required. Notes This module is intended to provide a 12V to 15V boost with monitoring capabilities and current delivery. Ensure your load and wiring are sized appropriately for up to 30A and that input power sources can sustain the required draw. Verify mounting and electrical connections according to your system design to achieve performance.