MPPT Solar Charge Controller with Overcharge Protection for Car Battery 24V 36V 48V 60V

MPPT Solar Charge Controller with Overcharge Protection for Car Battery 24V 36V 48V 60V Description

MPPT Solar Charge Controller for Car and OffGrid Batteries, with Overcharge Protection, 12V PWM Input, 24/36/48/60V Output Options Key benefits Reliable charging control: Regulates solar input to protect your car or auxiliary battery from overcharge. Stable power management: Helps maintain consistent voltage for connected loads and battery health. Versatile setup: Works with 12V PWM solar input and supports 24/36/48/60V charging scenarios, adapting to different systems. What it does Converts and regulates solar panel output to a safe charging voltage for vehicle or offgrid batteries. Uses MPPT control logic to improve energy capture and optimize charging efficiency. Integrates overcharge protection to help prevent battery damage during extended sun exposure. Standout features Function: MPPT solar controller with voltage regulation and overcharge protection. Compatibility: Designed for 12V PWM solar panel input; suitable for car batteries and multivoltage systems requiring 24/36/48/60V regulation. Performance: Smart tracking helps increase usable solar input; stable output for consistent charging. Material and build: Compact, durable housing designed for everyday automotive and offgrid use. Size: Spacesaving form factor for easy mounting in vehicles, RVs, boats, sheds, or small power enclosures. How it solves common problems Prevents overcharging that can shorten battery life by regulating voltage and current. Maximizes solar harvest in changing light conditions using MPPT control logic. Simplifies multivoltage setups with support for 24/36/48/60V charging, reducing the need for multiple controllers. Use scenarios Daily vehicle maintenance: Keep a parked car or truck battery topped up from a windshield or roofmounted 12V PWM solar panel, with protection against overcharge. RV and camper power: Manage rooftop solar input and charge a house battery bank at 24/36/48/60V while protecting electronics and lighting circuits. Small offgrid systems: Maintain batteries for garden sheds, boats, or remote sensors, converting 12V PWM solar input into regulated charging for highervoltage storage. Installation and setup Connect solar panel input (12V PWM) to the controller's PV terminals. Connect the controller to the battery system configured for 24/36/48/60V as required. Confirm polarity and secure connections before operation. Mount in a dry, ventilated location away from direct moisture and extreme heat. Notes Ensure the solar panel wattage and battery type are compatible with the controller's input and output specifications. Use appropriately sized cables and fuses according to system current. Follow the included wiring diagram and local electrical guidelines.