Sustainable Hybrid Village: Regeneration of Settlement in Jatinegara, Indonesia

Over the past few decades, cities have experienced severe social and economic pressures, which have a disproportionate impact on the urban environment. As a result, the quality environment has decreased, which is characterized by increased CO2 emissions and energy operating costs. Sustainable city development is considered as a step to create a pleasant environment for the community. Therefore, this research is essential to do to regenerate settlements in improving urban quality. This study aims to find a model for developing sustainable hybrid settlements in densely populated areas. The research method with the simulation method uses the Urban Modeling Interface device with three parameters. The modeling results obtained a Floor Area Ratio (FAR) value of 0.43 with a total land area of ± 427,233 m2. The FAR value produces an operational energy value of 3,983kwh / m2 / year and an embodied energy value of 216 kWh / m2 / year. This value is very high from 240 kWh / m2 / year as a standard for energy use. The amount of mobility in the aspect of walkability is 21-68, and 21-69 for the value of Bikeability. The results of this simulation indicate that the residential area in Jatinegara is not yet sustainable.