How to Easily Make A Mini IPS with Auto Charge Controller Circuit At Home in Bangla

In today's fast-paced world, power outages and interruptions can be major inconveniences. Having a reliable backup power source can save you from frustrating situations and ensure an uninterrupted power supply during emergencies. In this blog post, we will guide you through the process of creating a Mini Inverter Power Supply (IPS) with an Auto Charge Controller circuit, which you can easily build at home. This DIY project will help you power essential electronic devices during power outages or when you're on the move.

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✔️✔️IPS Circuit Diagram:https://drive.google.com/file/d/1UyqJRr-P6WMrmh-d_osWtzPJjCJq7hJG/view?usp=sharing

Materials Required:

Before we begin, gather the following materials:

1. 12V lead-acid battery (or a suitable lithium-ion battery)

2. Power inverter circuit board (rated for 12V)

3. Auto Charge Controller circuit board

4. DC input socket

5. DC output socket

6. Battery charging socket

7. Power switch

8. Connecting wires

8. Soldering iron and solder

9. Wire stripper and cutter

10. Screwdriver

11. Electrical tape

12. Enclosure (plastic/wooden box)

13. XH-M602 Charge Controller Protection Module With LED Display

XH-M602 Charge Controller Protection Module With LED Display

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Description:
XH-M603 Charging Control Module 12-24V Storage Lithium Battery Charger Control Switch Protection Board
Product Introduction:
1.Model: XH-M603
2. Input Voltage: DC 10-30V
3. Display Precision:0.1V
4.Control Precision:0.1V
5. Output Type: direct output
6. Voltage Tolerance:+/-0.1V
7. Application Fields:12-24V storage battery
8. Size;82*58*18mm

Using Method:
1. Set Starting Voltage: in normal display voltage state, pressing the button will display the start charging voltage; long press for 3s the digital tube will flash; you can start or stop button to set starting up charge voltage value
2. Set Stop Voltage: in normal display voltage state, pressing the button will display the stoping charge voltage; long press the button for 3s the digital tube will flash; you can start or stop button to set stopping charge voltage value
3. Factory Reset: in power on state press the start/stop button at the same time, the digital tube will display 888; that represents factory reset settings

Step-by-Step Instructions:

Safety First: Disconnect all power sources and ensure you're working in a safe environment to avoid any accidents.

Understanding the Circuit: The IPS system consists of two primary components - the inverter circuit that converts DC to AC, and the auto charge controller that manages battery charging. Familiarize yourself with the circuit diagrams and components.

Mounting the Components: Securely mount the inverter circuit board, auto charge controller board, DC input, DC output, and battery charging sockets inside the enclosure using screws.

Battery Connection: Connect the positive (+) and negative (-) terminals of the battery to the corresponding terminals on the auto charge controller board. Use heavy-gauge wires for this connection to handle the current flow.

Inverter Connection: Connect the output terminals of the auto charge controller board to the input terminals of the power inverter circuit board. These connections will deliver the converted AC power to the output socket.

DC Input Connection: Connect the DC input socket to the input terminals of the auto charge controller board. This socket will be used to charge the battery when the IPS is connected to a power source.

DC Output Connection: Connect the DC output socket to the output terminals of the auto charge controller board. The DC output will power electronic devices when the IPS is operational.

Power Switch Integration: Connect the power switch to the auto-charge controller board to control the power supply to the inverter and prevent unnecessary battery drainage.

Wiring Checks: Double-check all the connections to ensure they are secure and without any loose ends. Use electrical tape to insulate the exposed wires and prevent short circuits.

Final Testing: Before sealing the enclosure, test the IPS by connecting it to a power source. Observe the battery charging process and ensure that the inverter delivers the desired AC output. Also, check if the power switch works correctly.

Video Tutorial:

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Conclusion:

Congratulations! You've successfully created a Mini Inverter Power Supply (IPS) with an Auto Charge Controller circuit at home. This DIY project can provide you with a reliable backup power solution during emergencies or whenever you need to power essential electronic devices on the go.

Remember to take necessary precautions while building the circuit and working with electrical components. Always disconnect the power source when making any modifications or changes to the IPS.

Now you have a functional and portable IPS, but don't stop there! Feel free to experiment with different battery capacities, inverter sizes, and charging circuits to cater to your specific power requirements. Have fun with your new IPS, and stay prepared for any power-related challenges that come your way!