Design original wireless sensor networks for smart homes and monitoring and control of energy as real time

This working can be seen as an example for smart home application. There have present so many academic workings in this topic recent years. Furthermore, topic has found a lot of application example in private sector. A lot of famous company has manufactured special devices or equipments for smart homes. However, academic researching focus on different subtitles such as; reduce energy consumption, present a environmental home model, present wireless communication techniques for monitoring and control energy, provide human comfort life thanks to sensors and sensors scenario, security measure for smart homes. Workings focus on to integration renewable energy to the grid, which are known as energy field researching. Especially, solar panels have been a popular topic for academic, which are using our homes and storage energy in batteries thanks to original circuits. This thesis present an example in this field, which use 2 solar panel, storage energy in batteries, present different scenarios depend on batteries occupancy information. So that it target to use system easily sunless days without energy uncut. This situation has provided with original circuits design. Results and findings debate in conclusion section. Workings, which are related with wireless communication and sensor network, struggle to compare different protocols and debate their applicability with different criteria such as; conformity range in homes, energy consumption according to communication protocol, ease of usage for human, security standards and reliability of protocol, investment costs and payback periods corresponding to these costs. In thesis, 3 different communication protocols have applied, which are Zigbee, RF (Radio Frequency) and IR (Infrared), and have interpreted finding and results in conclusion section clearly. Results and finding show clearly, relative superiority advantages and disadvantages of 3 different protocols. Workings, which present ease life for humans or rational solutions in this field, focus on generally to interpret sensor data automatically without human factor and also determination of optimum solutions and change positions of load or I/O units depend on these solutions. In this regard with thesis, lighting automation depend on luminous sensor, fan control depend on temperature and humid sensor data (It can be think as an air conditioning for real homes) , garden lighting depend on motion sensor, lightings change position depend on time information, AC grid or solar systems energy flow changing depend on batteries occupancy information, automatically fan control depend on door contact positions, fuzzy logic air condition with humid sensor and also temperature ; present some rational solutions for human life. In this regard, thesis can be seen a working, which is combine different subtitles their topic smart homes as well. Literature examine with it details carefully, interpret and this interpretation emphasize throughout thesis. Some findings and results attach conclusion section with comparisons