Week 4
Title: Flow Chart
Objective: To finalize the flow chart of this final year project.
Progress :
For this week, I need to finalize the flow chart operation of how my project's system going to work. The flow chart is the same as the flow chart I designed in the previous semester.
Rechargeable Battery: 12v rechargeable battery are use. The battery can be charged and discharged many times. The battery act as accumulator and store energy through reverse electrochemical reaction
Peltier Cell: Thermoelectric device which can be a cooler by generating the electricity towards the Peltier. The Peltier consist of NPN semiconductor inside the Peltier and the process of heat transfer occur when the electricity are generated to it.
Arduino Uno: This micro-controller type will read the speed of the generator based on the output given by the generator. This Arduino Uno will read the output voltage of the generator and converts it into speed of the rotor. There is some calculations for this type of method.
LCD Display: Then, The LCD display will be use to display the speed (RPM) of the rotor.
LM35: The LM35 is an integrated circuit which output voltage are perpendicular to the temperature. In addition, the temperature sensor are calibrated in degree kelvin.
Objective: To finalize the flow chart of this final year project.
Progress :
For this week, I need to finalize the flow chart operation of how my project's system going to work. The flow chart is the same as the flow chart I designed in the previous semester.
Rechargeable Battery: 12v rechargeable battery are use. The battery can be charged and discharged many times. The battery act as accumulator and store energy through reverse electrochemical reaction
Peltier Cell: Thermoelectric device which can be a cooler by generating the electricity towards the Peltier. The Peltier consist of NPN semiconductor inside the Peltier and the process of heat transfer occur when the electricity are generated to it.
Arduino Uno: This micro-controller type will read the speed of the generator based on the output given by the generator. This Arduino Uno will read the output voltage of the generator and converts it into speed of the rotor. There is some calculations for this type of method.
LCD Display: Then, The LCD display will be use to display the speed (RPM) of the rotor.
LM35: The LM35 is an integrated circuit which output voltage are perpendicular to the temperature. In addition, the temperature sensor are calibrated in degree kelvin.
12V DC Fan: 12V DC fan that are used for the development in order to absorb all the heat and to remove the cool air which are been converted by the Peltier. The material use for the fan are plastic which can withstand a high temperature.
Conclusion: By the end of this week, I managed to design the final flow chart flow chart of this final year project. The use of this flow chart is to make sure the operation of this project can be seen clearly.
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