This study proposes a wind power generation system designed to enhance energy self-sufficiency in high-rise buildings by integrating internal and external airflow sources. In such structures, external wind generated by building height and form and internal airflow induced by the stack effect coexist but move in different directions. This study introduces a system that collects and integrates five types of wind into a single, unified flow. Wind speed data were calculated using meteorological datasets and stack effect equations, and a prototype was designed using Autodesk Fusion360. CFD simulations were conducted to determine the combined wind speed at the outlet. Based on the simulated results, expected power output was calculated using wind power equations. The building energy model was created in DesignBuilder and simulated in EnergyPlus using default office building settings. The predicted annual wind energy generation is approximately 962,022.85kWh, covering 11.73% of the building’s total annual electricity use. The study demonstrates the potential for wind-integrated high-rise designs to contribute to energy autonomy.

Abstract
1. 서론
    1.1 연구의 배경 및 목적
    1.2 연구 프로세스
2. 이론적 고찰
    2.1 빌딩풍(수평 방향 바람 생성)
    2.2 연돌효과(수직 방향 바람 생성)
    2.3 벤츄리 효과
    2.4 연구의 차별성
3. 빌딩풍의 수식적 해석
    3.1 개요
    3.2 수평 풍속 계산
    3.3 수직 풍속 계산
4. 모델 개발
    4.1 Case 분류
    4.2 CFD 해석 결과
    4.3 최종 모델 개발
5. 개발 모델 분석
    5.1 풍속 측정
    5.2 발전량 예측
    5.3 건물 에너지 부하 예측
    5.4 에너지 감당량 분석
6. 결론
7. 논의 및 향후 연구
감사의 글
References

• 여태훈(인하대학교 일반대학원 스마트시티공학, 석사과정) | Yeo Taehun (Dept. of Smart City Engineering, Inha University)
• 박정빈(인하대학교 건축학부, 건축공학과, 학사) | Park Jeongbin (Dept. of Architectural Engineering, Inha University)
• 유현택(인하대학교 건축학부, 건축공학과, 학사) | Yu Hyeontaek (Dept. of Architectural Engineering, Inha University)
• 조재완(인하대학교 스마트시티공학 부교수, 공학박사) | Joe Jaewan (Dept. of Smart City Engineering, Inha University) Corresponding author