Experimental Analysis of Outer Rotor Ceiling Fan Single Phase Induction Motor

Recently in 2016, the domestic industry taken into account 24% of overall energy usage in Asia. This quantity is anticipated to more than eightfold by 2050, owing mainly to appliances and gear. Ceiling fans tend to be among the products to Contribute for the exponential growth in energy usage. In 2015, India made over 40 million fans and a 10 percent rise year on year is being recorded. Major electric devices are getting to be more power efficient. Ceiling Fans are a definite popular and important among such electrical devices. The fan is among the feasible energy consumption applications worldwide. Reducing the power consumption of these causes a lot fewer carbon-di-oxide emissions and reduced power usage. The goal of this is to go for the powerful design of a single-phase induction motor (SPIM) for roof fan applications. Moreover it determines the important single-phase induction motor design qualities for an exterior rotor configuration. The inaccuracy difficulties at the equivalent circuit way of such low wattage application are examined, along side experimental validation utilising several comparable circuit methodologies. Moreover, the finite element Analysis (FEA) technique is utilized for accurate SPIM design. Future options to minimise energy usage tend to be pointed out within the summary section.