| dc.description.abstract | The increasing global demand for sustainable
energy solutions has led to a growing interest in harnessing
wind energy. This study focused on the optimization of
Vertical Axis Wind Turbines to address the unique
challenges and opportunities present in Sri Lanka. The
country’s tropical climate and diverse topography offer a
rich potential for wind energy. Attuning wind turbines for
household use presents an innovative approach to meet
local energy needs. The study employed a multidisciplinary
approach,
integrating
aerodynamics,
structural
engineering, finite element analysis, computational fluid
dynamics, and environmental considerations to design and
optimize a vertical axis wind turbine for efficiency and
reliability. A comprehensive review of existing wind turbine
technologies and their suitability to Sri Lanka serves as the
foundation for this study. A weather pattern analysis is
done to understand wind energy generation potential in Sri
Lanka. Energy consumption patterns and the energy
demand were also studied, emphasizing the adaptability of
wind turbines in Sri Lanka. This study presents a VAWT
with less cost per Watt and higher-rated power compared
to its counterparts in the market. This aims to enhance
energy security, reduce carbon emissions, and promote
sustainable development in the region. The findings provide
insights into the field of renewable energy, with the potential
to inspire similar initiatives in other tropical regions facing
similar energy challenges. | en_US |
