Temperature control system with fuzzy logic and rf control

In the near future, it is important that designing and producing new product which consume less energy. In this thesis, system design that reduces power consumption in temperature control systems is being researched. Fuzzy logic is used in this system to reduce power consumption. Using fuzzy logic in the temperature control systems introduces new systems that consume less energy and intelligent. Fuzzy logic table is constituted and practiced on temperature control system. Conclusions of this system are compared with normal systems. It is observed that the system consumes less energy than normal systems. The system runs better than normal systems with less energy consumption and less temperature changing. Besides less energy consumption, consumers want to control new products from distance and wireless. They want to be in interaction with the product by using Radio frequency communication systems. In this thesis, radio communication application is practiced and two systems are connected each other with transmitter and receiver modules. The connection working is investigated. In first section, data that is taken from outside is sent to the system continual and it is informed about changing of outside. This section is automatic energy saving mode and user cannot effect to the system. In second section, data that is taken from user is sent to the system. So the system?s performance is arranged in respect to user. Conclusions of both sections are investigated and they are compared with normal systems. It is observed that the rf systems run more performance than normal systems Keywords : Fuzzy logic, fuzification, defuzification, snubberless, offset, proportional, derivative, integral, wavelength, receiver, transmitter, modulation