Wind Solar Hybrid Controller 24V 600W MPPT Off Grid Charge Controller with Smart Battery Protection

Wind Solar Hybrid Controller 24V 600W MPPT Off Grid Charge Controller with Smart Battery Protection Description

Product overview This wind solar hybrid controller is designed for 24V offgrid systems combining wind and photovoltaic generation. It supports up to 600W wind power and 200W photovoltaic input, housed in a corrosionresistant aluminum alloy enclosure with IP41 protection for outdoor installation. Key benefits Hybrid energy management: Simultaneous wind and solar regulation with MPPT charging to improve energy harvest from photovoltaic panels while managing wind generator output. Battery protection and longevity: Builtin protections prevent reverse charging, reverse connection, opencircuit, overvoltage, undervoltage, and overload conditions to protect batteries and connected loads. Wind safety and control: Over speed and over current protection with soft, stepless PWM unloading and optional manual brake provides smooth, automatic braking at wind speeds to prevent damage. Configurable and monitorable: Adjustable preset values for speed and current limits, digital display, and serial communications for system monitoring and configuration. Main specifications Item type: Wind Solar Hybrid Controller Rated system voltage: 24V Wind generator capacity supported: up to 600W Photovoltaic rated power: 200W (24V) Material: Aluminum alloy enclosure, corrosionresistant Protection class: IP41 Ambient temperature range: 25 C to 55 C Protection features Solar reverse charging protection Battery opencircuit protection Battery reverse connection protection Over wind speed protection with soft automatic braking Over voltage protection and overvoltage soft automatic braking Overload protection Voltage thresholds (24V system with 12V equivalents in parentheses) Overvoltage protection point: 29.0V +/ 0.2V (14.5V +/ 0.2V) Overvoltage recovery point: 27.5V +/ 0.2V (13.7V +/ 0.2V) Undervoltage protection point: 21.0V +/ 0.2V (10.5V +/ 0.2V) Undervoltage recovery point: 23.0V +/ 0.2V (11.5V +/ 0.2V) Wind generator input Port rated current: 20A DC (after rectification) Port maximum input current: 25A DC (after rectification) Preset speed limit for power generation: 500 RPM (useradjustable) Preset current limit for power generation: 20A (useradjustable) Protection methods: over speed protection, over current protection, induction protection Unloading method: Builtin PWM stepless soft unloading or manual unloading brake MPPT and photovoltaic input MPPT mode: Boost MPPT with auto tracking or 5segment curve tracking MPPT channel input current: 5A (standard) PV input applicable rated power: 200W at 24V PV port rated input current: 10A standard, 30A optional Photovoltaic protections: reverse polarity protection PV unloading method: opencircuit unloading Load output Number of output channels: 2 channels Output current per channel: 12A Output control methods: light control, time control, morning light, keep output, reverse output Display and communication Display method: 3digit LED digital tube display Communication: RS232 (5V level) standard; RS485 and shortdistance wireless RF available Typical applications Remote offgrid cabins or rural homes that combine a wind turbine with solar panels for reliable 24V charging and load management. Street lighting, sign lighting, or remote area lighting where dual energy sources extend operating time and provide automatic light and timebased output control. Telecommunications or monitoring stations requiring uninterrupted 24V backup power from combined wind and solar inputs with programmable protections and remote monitoring. Why choose this controller Combines wind and solar inputs into one controller for simpler installation and coordinated charging. Multiple safety features and configurable limits reduce risk to battery and generation equipment. Robust aluminum alloy housing and IP41 rating allow outdoor installation in a wide temperature range. Flexible communication and display options support monitoring and integration into automated systems.