Development Of Car Temperature Cooling Control By Using Magnet Code

Abd Wahid, Syakira (2017) Development Of Car Temperature Cooling Control By Using Magnet Code. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Development Of Car Temperature Cooling Control By Using Magnet Code.pdf - Submitted Version Download (364kB)

Abstract

Most Malaysia families have more than one car for daily use. Cars are vehicles traveling on roads that carry passengers and goods and are easier to use than public transport. However, the car parked in an open car park will have problems with increasing temperature in the car. This will cause the vehicle owner to feel uncomfortable when entering the car. Due to the high temperature rise in the car, the items in the car are easily damaged as an example of plastic components in cars, laptops, disc players, LCDs, GPS and so on. Therefore, a temperature control system is required to reduce the temperature rise in the car. Through this project, programs written in the 16F777 microcontroller chip will control the system. LM35 sensors will detect temperature inside and outside the car and send signals to microcontroller. The fan is used to remove heat from inside the car and the solar energy is used as a source of energy to turn on the cooling fan. The Magnet Code software is used as a medium of interaction between the system and the car owner's smart phone. For the results of this test, hot air can be reduced but depends on the heat generated if the heat is high then the time taken to vent out the hot air is longer.

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