WEEK 8

-

 WEEK 8:


In this week, I and my partner (Alif Sollehin) decided to divide this project into two part where I take for the automation software part and he take the electric fences hardware part. This is because this project is combined from two system. First is the electric fences by using solar power and the other is the automatic gate system.

After decide this, I make a list for my component such as:


NodeMCU ESP8266 (Wi-Fi Module)


Servo Motor


Buzzer


LED indicator


3.3V and 5V Breadboard Power Supply Module


For Power Supply Module is the input component that will supply voltage to the main component which is the NodeMCU ESP8266 that will control the system. It combines by providing automatic gate for the electric fences project to avoid intruders from causing damages to the crops.

Comments

Post a Comment

Popular posts from this blog

WEEK 4

-
 WEEK 4: BUYING COMPONENTS ACTIVITY: This week I have listed the components and hardware that need to be purchased and went to some shop near my campus. OBJECTIVES: - To listed and purchased the components and hardware of the project. - To calculate and estimate the budget. LIST OF COMPONENTS: 1) NodeMCU ESP8266 (Wi-Fi Module) 2) Servo Motor S3003 3) Power Supply 3.3V to 5.0V 4) Jumper Wire 5) Solder Lead 0.8mm 6) Piezo Buzzer 7) 12V DC Charger Adapter 8) PCB Board 9) LED Indicator LIST OF SHOP: 1) Lian Hup Electronics and Electric Sdn. Bhd. , Jalan Pasar, Pudu. 2) Sigma Components Sdn. Bhd. , Jalan Pasar, Pudu. CONCLUSION: After finished the research and study about the components and hardware needed to complete my project last week, this week I have successfully got all of them. So, next week is the making of the project.
Read more

WEEK 13

-
Image
WEEK 13 PREPARATION FOR THE FYP PRESENTATION DAY In this week, we do many things for the project which is troubleshoot, construction the model and prepare the slides for presentation and demonstration. Equipment and tools that we used to complete this model: 1) Plywood 2) Hot glue 3) Wooden pole 4) Aluminium wire 5) Screw 6) 30W solar panel 7) Bulb 8) Switch and socket 9)  Testpen 12) Driller 13) Car Battery 14) Solar inverter 15) Solar charge controller The slide presentation needs to have : - Project title  - University's Logo - Student's and supervisor's details - Block diagram - Flowchart - Objectives - Problem statement - Methodology - Results - Conclusion - References Before the FYP exhibition day, we discuss with our supervisor, Sir Abdul Halim bin Abd Rahman to test and demo our project to get his opinion for the exhibition day. Also, we asked for his suggestions and guidance for the presentation. PRESENTATION OF THE FINAL YEAR PROJECT The Final Year Project present...
Read more

WEEK 10

-
Image
WEEK 10 MAKING A CONNECTION In this week, I make a connection and put a program code into NodeMCU ESP8266 to command the servo motor, buzzer and LED indicator using Arduino software (Arduino IDE). There are many trials that I made for installing a code into NodeMCU ESP8266 because it is my first time using it. NodeMCU is a microcontroller board that comes with Wi-Fi Module that is ideal for the IOT (Internet of Things) project. The servo motor can be used directly with NodeMCU’s servo motor libraries in Arduino IDE. The piezo buzzer, which require pulses with certain frequency to produce sound/voice. Then, i use super bright 3 mm LEDs. They are suitable for low power, high-intensity reliable light, or indication. Next, a 3.3V and 5V Breadboard Power Supply Module with series diode, polarity reversal protection. The module can take 6.5V to 12V input and can produce 3.3V and +5V. After that, I write a coding and install into NodeMCU ESP8266. Other than that, my project is connected to th...
Read more