공동주택 단지의 실질 자립률 향상을 위한 태양광 모듈의 배치 프로세스 제안 (Installation Process Proposal of Apartment PV Modules for Improving Real Energy Self-Sufficiency)

서지정보

· 발행기관 : 한국생태환경건축학회
· 수록지 정보 : KIEAE Journal / 20권 / 4호 / 83 ~ 88페이지
· 저자명 : 조경주, 조동우

초록

Purpose: An optimal plan process of PV modules was proposed for achieving a practical electricity production to create zero energy apartment complex. Method: First, a real site was selected and existing data about apartments were analyzed to determine input data of a standard apartment block in Korea such as the number of floors, a floor area ratio, and the number of apartment units. Second, the primary energy demand for the building energy efficiency rating was calculated by conducting a simulation with standard input data for constructing new buildings.
Third, the minimum insolation to collect the PV installation cost within an economic period(economic insolation) was calculated by confirming the installation area . As a result, the economic insolation with 25 year payback was calculated to be 500kWh/㎡·yr. Using Buildit (AI based complex planning simulation tool) various alternatives were planned with the decided data such as a construction area ratio, a floor area ratio. Result: Of the plans, the one with the largest total amount of the economic insolations was decided as the final plan, which can pro about 88.5% of the total primary energy demand of the complex.

영어초록

Purpose: An optimal plan process of PV modules was proposed for achieving a practical electricity production to create zero energy apartment complex. Method: First, a real site was selected and existing data about apartments were analyzed to determine input data of a standard apartment block in Korea such as the number of floors, a floor area ratio, and the number of apartment units. Second, the primary energy demand for the building energy efficiency rating was calculated by conducting a simulation with standard input data for constructing new buildings.
Third, the minimum insolation to collect the PV installation cost within an economic period(economic insolation) was calculated by confirming the installation area . As a result, the economic insolation with 25 year payback was calculated to be 500kWh/㎡·yr. Using Buildit (AI based complex planning simulation tool) various alternatives were planned with the decided data such as a construction area ratio, a floor area ratio. Result: Of the plans, the one with the largest total amount of the economic insolations was decided as the final plan, which can pro about 88.5% of the total primary energy demand of the complex.

참고자료

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