Maximum benefit in energy efficiency by developing and controlling heating systems with intelligent automation systems

Energy continues to be the most basic and indispensable need of the century. As the consumer keeps unnecessary energy consumption at the maximum level, he cannot ignore both energy conservation and financial savings in monthly bill today. As a result of chargeableness of the energy, heavy bills come out and become an economic burden. High energy cost requires efficient use of energy by developing smart systems. The main objective of our thesis is to try to provide maximum efficiency by developing an automation system that enables efficient use of energy, since energy is so valuable. Thanks to this developed smart system, by providing a simple control, unnecessary energy consumption of the system will be prevented and maximum benefit will be provided. The developed system controllers will both provide practical opportunities and enable the user to intervene and manage automatically with wireless network access. It will enable the system to notify the user in case of the smallest malfunction that will impair the security of the system and prevent possible high damages. It is planned that the developed smart automation system will provide maximum benefit in terms of safety and cost and offer practical solutions. The automation system to be developed will enable multiple parts to work together in harmony, such as motor controls over Arduino, processing of data obtained in humidity sensors, control of circulation pumps on heating systems, opening and closing of valves on heating sensors and heating systems. This system, which is planned to be operated in harmony, will not only interfere with automation parts over the wireless network via the Arduino Ethernet Shield module, but will also provide the necessary intervention in advance by obtaining status information. The internet connection used for system communication and alerts is low cost, covers a wide area and will be able to control the whole system anywhere and anytime. The internet connection used for system communication and alerts is low-cost, and covers a wide area, and it will be able to control the whole system anywhere and anytime. The intelligent automation system to be created will also create a security system for separating the system, and the system security will be activated by providing the intervention of only the users who will be experts in the business.