The 36V48(1860V) to 15V 25A Stable Voltage Reduction Module DC Power Converter is a rugged DCDC buck converter designed to step down a wide input range to a fixed 15V output capable of delivering up to 25A. It provides a stable 15V rail for devices that require precise voltage in environments with higher voltage sources. The module is suitable for industrial automation, automotive, solar, and other applications where a reliable 15V supply is needed from 1860V input. Key benefits Wide input range: Supports 1860V DC input, making it compatible with 24V, 36V, and 48V system architectures. Stable 15V output: Delivers a fixed 15V DC rail suitable for a variety of 15V devices and modules. current capability: Output current up to 25A to power single devices or multiple loads from the same rail. Simple integration: Module form factor designed for easy integration into equipment, control panels, and local power rails. Consistent performance: Engineered to maintain a stable output under varying load conditions, helping to protect sensitive electronics. Key attributes Model: 36V48(1860V) to 15V 25A Stable Voltage Reduction Module DC Power Converter Functionality: DCDC buck converter that steps down a wide DC input to a fixed 15V output Input: 1860V DC Output: 15V DC Output current: Up to 25A Maximum output power: Up to 375W (15V x 25A) Form factor: Module intended for integration into equipment and systems Size and enclosure material: Not specified in the provided information; described as a module suitable for mounting in relevant enclosures Performance and compatibility Designed for use with 1860V DC sources, enabling direct deployment from common 24V, 36V, and 48V power systems. Fixed output voltage simplifies design considerations for loads that require a stable 15V supply. Suitable for deployments where a compact, integrated power module is preferred over multiple discrete components. Typical use cases Industrial control panels: Provide a stable 15V rail from a 24V or higher industrial power bus to drive sensors, actuators, and control electronics. Automotive and mobility systems: Obtain a reliable 15V supply from a 24V or higher vehicle electrical system for onboard electronics, communications devices, or auxiliary systems. Offgrid and solar installations: Convert higher voltage battery stacks (1860V) to a steady 15V supply for charging circuits, monitoring equipment, or 15V devices in remote locations. Notes Size and enclosure material are not specified in the provided specifications; the unit is described as a module suitable for integration into equipment. No additional external regulation is described; the module is intended to provide a stable 15V output from the stated input range.