저탄소 커뮤니티 설계를 위한 건축물 에너지공유 시나리오 개발

Abstract

The government announced microgrid power plants and power and thermal networks as a means of carbon neutrality in the building sector. This is related to the use of distributed resources, the expansion of zero-energy buildings, and the realization of regional carbon neutrality. Since the community consists of buildings for various purposes, it is necessary to understand the supply and demand system according to the use of the building to build a low-carbon energy sharing community. In this study, the effect of energy sharing was analyzed by designing a virtual community using the existing community, virtual buildings, and photovoltaic power systems. The energy sharing scenarios between buildings in the community were developed in six ways, including the base scenario, and the application results of the scenario were analyzed as annual electricity rates.