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MPPT 5A Solar Panel Regulator Controller Battery Charging 9V 12V 24V Automatic Switch — image 1
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MPPT

MPPT 5A Solar Panel Regulator Controller Battery Charging 9V 12V 24V Automatic Switch

5.0147 ratings
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Power Supply Module for everyday users

The MPPT 5A Solar Panel Regulator Controller Battery Charging 9V 12V 24V Automatic Switch by MPPT is a mid-range power supply module designed for everyday users. Customers praise its easy to set up and use and excellent build quality. 100% of buyers rate it 4★ or above.

easy to set up and useexcellent build qualityfast and responsiveclear and bright display
₹2,000
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Total: ₹2,000
Buying tip: A well-rounded choice at a fair price. Recommended for most buyers.
Estimated delivery: 4 Aug18 Aug
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Electronics projectsArduino / Raspberry Pi buildsPrototyping
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SKU: bg-1307801Category: Power Supply Module

About This Product

The MPPT 5A Solar Panel Regulator Controller Battery Charging 9V 12V 24V Automatic Switch by MPPT is a mid-range power supply module designed for everyday users. Customers highlight its easy to set up and use and excellent build quality.

Customer Verdict

100% of buyers rated this product 4 stars or above. The most appreciated qualities are: easy to set up and use, excellent build quality, fast and responsive, clear and bright display.

Why Buy from Pricio?

Pricio sources this product directly, cutting out multiple middlemen. Every order includes free shipping, a 15-day return policy, and secure payment via Razorpay.


Note: Due to supply problems, the actual voltage may be larger, please refer to the received one.

Features:
 
1W-100W 9V-28V is suitable 9V 12V 18V 24V solar panels to the batteries,nickel-cadmium,lithium batteries (battery) charging,wind turbines solar street lamps.
Input and output terminals are made of high-end switching power supply for high-frequency low-impedance electrolytic capacitors (LOW ESR), ensure that the output ripple. Can effectively filter out the switching power supply glitches.
 
Parameters:
 
The modular nature: a real MPPT solar maximum power poin tracking, automatic intelligent charge management, low power consumption
Input voltage: DC 8-28V input DC voltage. (prohibition AC input)
Output voltage: DC 5-26V stepless transmission.
6V battery can be charged either 12 or 8.4V/12.6V/16.8V lithium battery,7.2V/10.8V/14.4V lithium iron phosphate battery,2-4 string lithium batteries, lithium iron phosphate charge management board.
Output current: 2A/5A maximum charging current in two: A version 5A B version of A 2A 5A default shipping version
Charge indicator: yes. Fast charging red light long bright red and blue lights flash alternately charged. Full automatic stop.
MPPT function: a MPPT maximum power poin automatic tracking, to maximize the full use of solar charging
Low pressure: 1V (as is the step-down voltage regulator, the input voltage is at least higher than the output 1V)
Low power consumption: yes! Ultra-low pressure designed to achieve low power consumption and high efficiency, professional adaptation of solar panels
Operating temperature: industrial grade (-40 to +85 degree)
Load regulation: ± 1%
Voltage regulation: ± 0.5%
Conversion efficiency: Max 93% peak 95% for different lighting conditions vary.
Charging: automatic intelligent three-stage charging mode. Self-tracking solar power charge current automatically adjust the size
No-load current: 3MA even weak morning sunlight can easily start automatically, eliminating manual switch.
Input reverse polarity protection: yes. Exclusively designed ultra-low dropout prevention MOS transistor reverse polarity protection, input reverse is not working.
Output reflux protection: yes. Effectively prevent nocturnal reflux battery electric charge sheet!
Connection: there terminals
 
Debugging method:
 
Step 1: connect the solar cell, do not take the bottle to be charged, if the output voltage in step 2. If there is no transfer of small output counterclockwise slowly until the output voltage MPPT.
Step 2: counterclockwise transfer of small output voltage until the red and blue lights flashing, then coarse output voltage to a full cut-off voltage
Step 3: access dead battery, and at the output string ammeter to monitor the charging current, MPPT trimming potentiometer until the charging current maximum.
Step 4: access is just full of batteries, if the blue light is clockwise turn up the output voltage until the red light. Then transfer a small output voltage slowly counterclockwise until just blue lights, and then use a multimeter to measure to determine the cut-off voltage is correct to avoid overcharge!
 
Transfer methods instead of using the power supply of solar energy:
 
Step 1: the power supply was adjusted Solar MPPT voltage (such as 18V)
Step 2: the power supply connected to the input terminal, do not take the battery to be charged, if the output voltage is adjusted clockwise until no large MPPT voltage output. Then slowly counterclockwise until the transfer of small MPPT just have the output voltage.
Step 3: anti-clockwise turn down the output voltage until the red and blue lights flashing, then coarse output voltage to a full cut-off voltage
Step 4: access is just full of batteries, if the blue light is clockwise turn up the output voltage until the red light. Then transfer a small output voltage slowly counterclockwise until just blue lights, and then use a multimeter to measure to determine the cut-off voltage is correct to avoid overcharge!
 
Note:
 
The first charge in advance regulate the output voltage and please closely monitor the battery voltage to prevent overcharging! Do not unprotected lithium batteries!
 
Package included:
 
1 X MPPT solar panel regulator controller










Product Safety Information

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.