This paper investigates the feasibility of utilizing small wind power
generation systems as distributed power sources in apartment houses.
Apartment houses, widely used in urban areas, have a significant electricity
demand. Therefore, based on wind sp...
This paper investigates the feasibility of utilizing small wind power
generation systems as distributed power sources in apartment houses.
Apartment houses, widely used in urban areas, have a significant electricity
demand. Therefore, based on wind speed data from the Korea Meteorological
Administration in the Gyeongsangnam-do, this study explores suitable
apartment houses for implementing small wind power generation systems.
This study examines the potential of small wind power systems as a
distributed power source by assessing their generation capacity, taking into
account the average wind speed from the rooftop of an apartment building
and considering IEC regulations. The research findings demonstrate that small
wind power generation systems can effectively supply power to apartment
houses, making them viable as distributed power sources.
By further advancing zero-energy building technologies and providing
various incentives, it is possible to expand the adoption of these systems,
enabling stable and sustainable power supply while reducing energy costs and
minimizing environmental impact.