Solar Powered Ceiling Fan Controller Board

Solar powered ceiling fans are a great way to keep you cool and comfortable without increasing your electricity bills. They use solar panels to convert sunlight into electricity, which then powers the fan motor or is stored in a battery. Solar-powered ceiling fans are also eco-friendly, as they reduce your carbon footprint and dependence on fossil fuels.

Designing a Solar Powered ceiling fan controller circuit and PCB can be a complex task requiring knowledge of electronics, microcontrollers, and PCB design software. Here’s a general overview of the process:

Requirements and Specifications: Begin by defining the requirements and specifications of your Solar Powered ceiling fan controller. Determine the input voltage, current rating, speed control options, and any additional features you want to incorporate.

Microcontroller Selection: Choose a microcontroller that meets your requirements and has sufficient processing power and peripherals to control the Solar Powered motor. Popular choices include microcontrollers from the STM32 series or Arduino boards with compatible shields.

Circuit Design: Design the control circuitry for the Solar Powered motor. This typically involves interfacing the microcontroller with the motor driver and adding additional components like Hall effect sensors for rotor position detection and voltage regulation circuitry.

PCB Layout Design: Transfer your circuit schematic to PCB design software and start laying out the components on the board. Ensure proper separation of high-power traces from low-power traces to minimize noise interference. Follow standard PCB design guidelines for component placement, and trace routing, and keep in mind the mechanical constraints of the ceiling fan enclosure.

Gerber Files and Manufacturing: Once the PCB layout is complete, generate Gerber files from your PCB design software. These files contain the necessary information for the PCB manufacturer to produce the physical board. Choose a reputable PCB manufacturer and submit your Gerber files for manufacturing.

Assembly and Testing: Once you receive the manufactured PCB, assemble the components onto the board following the Bill of Materials (BOM). Ensure correct polarity and soldering quality. Perform thorough testing to verify the functionality and safety of the Solar Powered ceiling fan controller circuit.

How can we make high quality PCBA products?

Strict incoming material inspection control and management.
Never change BOM indicated material brand without customer’s permission.
Standard Operation Procedure
PCB will be baked in the oven machine in advance.
Fully automatic, high precision SMT and test equipment.
Comprehensive testing include AOI,X-Ray,ICT,software burning according to different PCBAs.
Strict quality management system.