Fullfill The Energy Needs of the Available Gama Type Building with Res: Pilot Application
Project no. 669 · Status: Kapanmış · 2015
Summary
Today, a significant portion of energy consumption is realized in buildings. The use of fossil fuels to meet this energy causes environmental problems and causes dependence on the economy. The importance of renewable energy sources in improving this situation emerges. Since renewable energy sources are environmentally friendly as well as environmentally friendly, they have an economic attraction. However, the discontinuity of these resources and their change depending on the season disrupt the stability in energy production. The network-based systems that are presented as solutions cause various problems due to production-consumption imbalances. Moreover, in terms of legislation, bureaucratic procedures such as file preparation, auditing and acceptance in the networked systems cause loss of time and money and hinder the development of such systems. In autonomous systems, which are alternative to grid-connected systems, the storage systems used to overcome the energy production / consumption imbalance have both technical and economic shortcomings. One way to cope with this problem is to create hybrid systems where different resources are used together. Thus, inadequacies in energy production can be eliminated. In this project, the energy requirement of the Gamma Type house located in the Institute's land is met by the help of hybrid system; which contains solar, wind and biomass energy and to be created is optimized to create an example for similar applications. For this purpose, 5 kW wind turbine and 10 kW photovoltaic panels are used. In addition, one of the 12 biogas systems established within the framework of the Ministry of Development project called bir Development and Dissemination of Rural Biogas Systems sistem was brought to the Institute and integrated into the system. When the biogas, wind and solar produced from this system is insufficient, the imbalance is eliminated by using a generator with the power of 5.5 kW. Biogas was used for heating, cooking and hot water at other times. he trial studies to be made with this system will be recorded on the basis of various parameters and the obtained data will be analyzed economically and technically. Successful completion of the project is expected to increase the use of such hybrid systems and thus increase the use of renewable energy sources.