Hybrid Wind and Solar Charge Controller Key benefits Continuous, efficient charging from wind and solar sources. The wind input uses booster MPPT technology to harvest energy even at low wind speeds. Solar charging uses PWM control through a series MOS tube for stable panel charging. Better performance for low power vertical wind generators. An independent boost circuit improves conversion rates and overall charging efficiency. Flexible load management. Two DC load outputs each support four output modes and can be configured independently to match different load types and schedules. Reliable battery management. Supports 12V 24V and 48V battery systems, including lithium battery types, enabling a single controller to serve multiple battery architectures. Core functions and features Wind turbine charging: booster MPPT technology for continuous, efficient charging in varying wind conditions. Solar charging: PWM control implemented with a MOS tube in series for stable solar panel charging. Stepless discharge function: supports fine control of discharge and includes connection for an external dumpload resistor to handle excess energy. Display and user interface: larger LCD screen for easy monitoring and configuration. Dual DC outputs: two separate DC load outputs, four output modes each, configurable independently for tailored load control. Protection features: reverse charging protection, sunlight protection, overcharge and under voltage protection, overload protection, battery reversal protection, open circuit protection, and lightning protection. Compatibility Batteries: compatible with 12V 24V and 48V battery systems, including lithium batteries. Generation sources: designed for use with wind generators and solar panels in hybrid wind and solar complementary systems. Practical applications Home off grid system: Combine a small wind turbine and rooftop solar to keep 12V or 24V home battery banks charged and manage household DC loads with independent output settings. Marine installation: Use on a boat to harvest wind and solar energy, charge onboard batteries, and manage lights and other DC equipment while protecting the battery from overcharge and reversal. Street lighting and remote sites: Maintain reliable battery charging for street lights or remote equipment using wind and solar inputs, with dumpload capability to handle excess generation and protect the battery. Why this controller stands out Designed to keep charging going under low wind conditions through MPPT booster and independent boost circuitry. Flexible and precise load control with two independently configurable outputs and a stepless discharge option. Broad battery voltage support including lithium batteries makes it suitable for a wide range of hybrid renewable installations. Comprehensive protection features reduce the risk of common electrical faults in mixed wind and solar systems. Technical highlights Wind charging: booster MPPT technology Solar charging: PWM via series MOS tube Battery compatibility: 12V 24V 48V, including lithium battery Load outputs: two DC outputs, four modes each, independently settable Discharge control: stepless discharge plus external dumpload resistor support Interface: larger LCD for monitoring and configuration Protections: reverse charging, sunlight protection, overcharge and under voltage, overload, battery reversal, open circuit, lightning protection This controller is intended for use in hybrid wind and solar systems for homes, boats, street lighting, and other installations that require reliable battery charging and flexible load management.