The DCDC BuckBoost Converter Module provides reliable voltage regulation for automotive and solar installations. It maintains a stable output as input voltage varies, making it suitable for vehicles powered by solar and other DC sources. Key benefits Keeps a constant output power across fluctuating input, ideal for automotive and solar systems Wide input range supports 5 to 32 V DC and provides a stable 12 V or 24 V output for loads current capability with an 8 A maximum rating to handle demanding accessories Automatic undervoltage protection to prevent battery drain and protect the vehicle electrical system Buckboost functionality allows stepping up or stepping down voltage to match load requirements Broad compatibility for cars, trucks, vans, off grid setups, and marine applications Suitable for powering lights, fans, USB chargers, small appliances, and other 12/24 V devices with an output up to about 80 W Specifications at a glance Input voltage: 5–32 V DC Output voltage: regulated 12 V or 24 V (compatible with 12/24 V systems) Maximum current: up to 8 A Protection: undervoltage protection to prevent battery drain and system damage Type: DCDC BuckBoost Converter Module Applications: automotive and solar powered loads, including cars, trucks, off grid setups, and boats Use scenarios Automotive solar system: connect to a vehicle's 12/24 V battery and a solar charge setup to maintain stable voltage for dashboard electronics, lighting, and USB ports as solar input fluctuates Off grid living or camping: power 12/24 V loads in an RV, camper, or small cabin from a battery bank, ensuring devices like lights, fans, and chargers run reliably Marine or boat systems: manage voltage to 12/24 V loads on a small vessel, protecting electronics and extending battery life even as engine or solar input varies This module is designed for easy integration into automotive and solar projects, delivering dependable voltage regulation without complex configuration. It supports a range of common 12/24 V loads while protecting your electrical system from unsafe voltage conditions.