WinP (Wind Innovation for Localized Power): A Vertical Axis Wind Turbine Design for San Roque, Maco, Comval Province

Abstract

This study proposed the development of a renewable energy system named WinP (Wind Innovation for Localized Power) tailored for the localized data of San Roque, Maco, Compostela Valley (Comval) Province. The specific objectives included: 1) Simulating a design that converted wind power to electrical power, meeting the minimum average wind speed of San Roque, Maco, Comval Province using software; and 2) Generating a minimum of 100 watts of electrical power from the system. The design focused on achieving a minimum power output of 100 watts, informed by actual testing data and records from the Agro-Meteorological Research Station-University of Southeastern Philippines (USeP) Tagum Campus. The choice of a vertical wind axis was apt for the recipient community characterized by low-speed winds. The propeller, constructed from aluminum alloy, featured a 13-inch radius (equivalent to 0.33 meters) and was 31 inches long (equivalent to 0.8 meters). During actual testing, the propeller exhibited free rotation at a wind speed of 2.5 m/s, indicating the ideal torque at this velocity. Furthermore, analysis of the testing data revealed that wind speeds ranging from 3.8 m/s to 5.3 m/s successfully achieved the target power output of at least 100 watts. This research bridged the gap between simulation and practical application, demonstrating the viability of the WinP design in harnessing wind energy for sustainable power generation in San Roque.