25AMP MPPT Solar Charge Controller 12V/24V LCD Regulator Auto Lithium battery

Description: 25AMP MPPT Solar Charge Controller 12V/24V LCD Regulator Auto Lithium battery Advantages: 12V 24V 25A/ 35A/ 45A MPPT Controller w/LCD Display,fit for 12V 24V AGM, Lithium Battery. LCD screen and user-friendly buttons to enhance configuration flexibility, allowing real-time monitoring of operational data and system status. Additionally, the controllers support MaximumPower Point Tracking (MPPT) battery charging mode, maximizing energy utilization efficiency Automatically control the battery charging and discharging processes, optimizing these operations to extend battery life and improve overall system performance. Equipped with self-detection and electronic protection functions, the controllers effectively prevent damage during installation errors or system malfunctions, ensuring system reliability and stability. Offer extensive expandability and customization options,streamlining the solar system configuration process. Their compact size and lightweight design, combined with air-cooled and aluminum alloy backplate natural cooling technologies, enhance operational safety, stability, and suitability for various scenarios. The parallel function allows users to easily scale up their solar energy capacity. For 12V System,Max. Input Power is 300W-540V,Input Voltage Range is 60v-100v； For 24V System ，Max. Input Power is 600W-1080W,Input Voltage Range is 60v-100v . Work with Lithium or lead-acid battery charging parameter preset, Advanced MPPT maximum power point tracking technology solar charge controller, tracking efficiency is no less than 99.9%. Controller Max. PV Open-Circuit Voltage 60V, the charging maximum conversion efficiency can reach 97 %. available in 25A, 35A, and 45A charging current options,ensuring your solar system can efficiently capture and store energy. Feature: ⚫ Integrated Charging Presets The integrated charging modes include adaptive charging logic, making them suitable for most battery types, such as flooded lead-acid, sealed gel, and lithium batteries. Specific charging parameters for each battery type can be found in section 3.7. ⚫ Flexible Application Compatible with 12V/24V system voltages. ⚫ 25A/35A/45A Charging Controllers Available in 25A, 35A, and 45A charging current options to meet the needs of various solar energy storage systems. ⚫ Multi-Stage Charging Algorithm The multi-stage charging algorithm is designed to optimize each charging cycle, maintaining battery charge through preset charging parameters for specific stages once the battery is fully charged. ⚫ Maximum Power Point Tracking Technology MPPT technology tracks the maximum power point voltage (Vmp) of the array, which varies with weather conditions, ensuring maximum power is collected from the array throughout the day. ⚫ Efficient Charging Innovative MPPT technology with tracking efficiency up to 99.9% and peak conversion efficiency up to 97%, reducing power consumption, heat generation, and operating temperature. ⚫ Adaptive Boost Charging During initial charging, adaptive boost charging monitors the battery's response and automatically determines the appropriate boost stage duration for each independent charging cycle. This ensures the battery is fully charged at any discharge level or capacity, avoiding overcharging during the boost stage, thereby extending battery life. ⚫ Durable and Safe a. Overcurrent protection for PV input b. PV array short circuit protection c. PV reverse polarity protection d. Battery overvoltage protection e. Battery over-discharge protection f. Over-temperature protection ⚫ Accurate Battery Temperature Monitoring When the battery temperature exceeds 80℃, temperature compensation is automatically performed, reducing charging power to protect the battery. ⚫ Lithium Battery Activation Compatible with lithium batteries, the charging cycle will adapt when the battery type parameter is set to lithium. If the connected lithium battery is in protection mode, the controller will activate the lithium battery using energy from the solar panels, with current not exceeding the lithium battery protection voltage and protection current range. Warning: Do not charge lithium batteries when their temperature is below 0℃. Battery over-discharge protection NOTE: The controller will start PWM function at high voltage disconnection (HVD) voltage point, which limited voltage rising to protect battery. Models 25A 35A 45A Solar Input Parameters Max.Input Power: For 12VSystem 300W 420W 540W For 24VSystem 600W 840W 1080W Input Voltage Range: For 12V System <60V <80V <100V For 24VSystem <60V <80V <100V BatteryCharging Parameters Charging Technology MPPT Charging Algorithm 3 Stages Nominal System Voltage 12V24V Battery Voitage Range 9-30V RatedCharging Ourrent 25A 35A 45A Comversion Efficiency s98% Max.Power Point Tracking >99% Efficiengy Temperature Compensation -3mv/C/2V(default) Self-Consumption 44mA/12V,26mA/24V Environmental Parameters OperatingTemperature Range -35℃~+45℃ Humidity Range s95%Non-condensing Altitude <3000m General Parameters IP Clas IP32 Dimensions 6.3x4.5x2in 7.7x5.3x2.6in 7.7x5.3x2.6in NetWeight 1.1lb 2lb 2.3lb Note： Installation and Wiring Guide Step 1. Install the controller vertically with the ports facing downward. Secure it to the wall using screws through the four mounting holes on the body. For easier installation, it is recommended to "hang" the equipment using the two upper screws first, then add the two lower screws, and finally secure all four screws completely. Step 2. Battery wiring: Connect the battery to the controller using cables. NOTICE ： If an inverter needs to be connected, please refer to the diagram below. NOTICE ⚫ All wiring work must be performed by professionals. ⚫ For safe operation and proper application, corresponding breakers must be installed on the cables connected to the controller, and ensure all connections are tight. ⚫ Ensure all breakers are in the OFF position before completing all wiring. ⚫ Connect the positive cable terminal to the positive port and the negative cable terminal to the negative port. ⚫ The above precautions also apply to PV ports and DC output ports. Step 3. PV wiring: Connect the PV array to the controller using cables. Step 4. DC output wiring: Connect the load to the controller using cables. Step 5. Pre-start check: Refer to the wiring diagram below. If all connections are accurate and secure, close the battery and PV array breakers in sequence. WARNING: Risk of electric shock! ⚫ Ensure all power sources are off before wiring, and follow appropriate inspection and operation procedures. Package Include: Controller / User Manual / Dedicated Mounting Screws / Installation Guide Card PowMr-deptDelivery detailsTerms of salesAbout usContact us

Price: 39.99 USD

Location: Rancho Cucamonga, California

End Time: 2024-12-28T07:02:15.000Z

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