The DC 12V to DC 24V 15A Stepup Boost Power Converter Regulator Module for Car is a compact DCDC boost converter that allows a 12V automotive power source to drive devices that need 24V. With a maximum output current of up to 15A, this module serves as a voltage regulator and power transformer, enabling reliable 24V operation from a standard car battery. Key benefits Expands compatibility: power 24V devices from a 12V vehicle electrical system, increasing the range of equipment you can use on the road or in a mobile setup. Regulated output: provides a stable 24V DC output to protect sensitive electronics from car voltage variations. current capacity: supports multiple loads or higher power 24V devices within its 15A rating. Easy integration: compact boost regulator module designed for straightforward installation in automotive projects or fixed installations. Key attributes Functionality: DCDC boost converter with voltage regulation that steps up 12V input to 24V output. Compatibility: intended for use with 12V automotive power systems; suitable for powering devices that require 24V. Output and input: 12V input, 24V output, rated up to 15A. Form factor: compact module suitable for installation in vehicles or mobile setups. Application scope: appropriate for automotive electrical projects requiring a 24V supply derived from a 12V source. Applications and use cases Powering 24V devices in a car or van from the 12V battery, such as 24V sensors, instrumentation, or LED lighting that run on 24V. Providing a 24V supply for mobile workshop equipment or test rigs that are powered from a vehicle battery. DIY automotive projects that require a 24V rail sourced from a standard 12V vehicle electrical system. Installation notes Connect input wiring carefully to the 12V source with correct polarity. Ensure the total load current does not exceed the 15A rating to prevent overloading. Use appropriate wiring gauge and protective fusing as part of standard electrical safety practices. Provide adequate ventilation or heat management if operating near the limits of the current rating.