12v/24v/48v Auto Switch Regulator,Mppt Wind Solar Hybrid Charge Controller,Humidity 10%~90%,Protection Class Ip30,Auto Identification System Voltage,Conversion Efficiency >98% 10000W

★【Hybrid Charging Controller】: Wind-solar hybrid charging controller automatically identifies and combines 12V/24V/48V batteries, including lead-acid batteries, ternary lithium batteries, and lithium iron phosphate batteries, and allows for customized charging modes based on battery type
★【Excellent Performance】: Wind charging system uses an MPPT control algorithm, ensuring MPPT charging even at low wind speeds. The wind system employs a three-stage charging mode: MPPT charging, boost charging, and float charging. The photovoltaic system uses a three-stage charging mode: constant current charging, boost charging, and DC float charging
★【LCD Display】: Hybrid wind-solar controller features a color LCD screen, providing more comprehensive information, a clearer display interface, and four opera-tion buttons. It's easy to operate, understand, and configure. Users can easily access various operating parameters
★【Automatic Voltage Detection】: Wind-solar hybrid charging controller has comprehensive protection functions against overload, over-discharge, and overcharge; it offers multiple charging control modes and two output terminals, with adjustable output power and time. The controller is highly adaptable and operates stably under both day and night conditions
★【Wide Application】: Wind-solar hybrid charging controller is suitable for wind-solar hybrid energy storage power stations and wind-solar hybrid monitoring systems. It is applicable to wind turbines and solar panels, as well as wind-solar hybrid systems in homes, residences, boats, and streetlights. Used in off-grid solar systems, it provides automatic charge and discharge control
★【Hybrid Charging Controller】: Wind-solar hybrid charging controller automatically identifies and combines 12V/24V/48V batteries, including lead-acid batteries, ternary lithium batteries, and lithium iron phosphate batteries, and allows for customized charging modes based on battery type
★【Excellent Performance】: Wind charging system uses an MPPT control algorithm, ensuring MPPT charging even at low wind speeds. The wind system employs a three-stage charging mode: MPPT charging, boost charging, and float charging. The photovoltaic system uses a three-stage charging mode: constant current charging, boost charging, and DC float charging
★【LCD Display】: Hybrid wind-solar controller features a color LCD screen, providing more comprehensive information, a clearer display interface, and four opera-tion buttons. It's easy to operate, understand, and configure. Users can easily access various operating parameters
★【Automatic Voltage Detection】: Wind-solar hybrid charging controller has comprehensive protection functions against overload, over-discharge, and overcharge; it offers multiple charging control modes and two output terminals, with adjustable output power and time. The controller is highly adaptable and operates stably under both day and night conditions
★【Wide Application】: Wind-solar hybrid charging controller is suitable for wind-solar hybrid energy storage power stations and wind-solar hybrid monitoring systems. It is applicable to wind turbines and solar panels, as well as wind-solar hybrid systems in homes, residences, boats, and streetlights. Used in off-grid solar systems, it provides automatic charge and discharge control