Application of power transmitionin parallel connected transformers for energy efficiency

The efficient utilization of transformers providing the latest voltage in the consumption of electricity is important in terms of reducing the energy losses. With parallel operation of transformers, it is aimed to gain the ability of working in different power levels. Thus, both energy reliability is ensured in situations such as maintenance failure the production and an important benefit is obtained by contributing to energy efficiency which is the main scope of this thesis. Against both the unsuccessfully selection of power transformers and the excessive volatility in the load period, energy efficiency can be increased by using the appropriate transformer. In the scope this thesis, a software-controlled application is carried out by controlling the variability in the load flow period with an algorithm in order to compensate demanded power with the selection of appropriate transformer regulate required. Due to the fact that major power transformer's usage is precluded in case low power demand with usage of proper transformer to power demand, energy efficiency was increased with reduction of action's loses. Impressed by load transfer was prevented on the consumer part because of that essential load transfer energy efficiency is supplied with short term parallel operating of transformer.