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General Questions
Our company specializes in sustainable construction, utilizing building performance simulation to minimize environmental impact and enhance indoor comfort. We've shifted from a software-centric approach to emphasizing the effectiveness of building performance simulation throughout the building lifecycle. Our focus is on the practical application of building simulation techniques in design, management, and operation. Additionally, we impart fundamental principles of computational aid for performance-driven design and operation.
Our main goal is to drive innovation and technological advancement in the construction industry toward a greener future. We aim to construct buildings that are not only structurally robust but also eco-friendly and energy-efficient, enhancing the living and working conditions for all occupants.
Our target audience includes architects, engineers, construction professionals, and anyone interested in sustainable construction and innovative technologies in this field.
We assist construction projects by providing building performance simulation services throughout all stages of the building lifecycle, from initial design to deconstruction. These services include Building Information Modeling (BIM), occupant behavior modeling, urban physics modeling, urban building energy modeling, and renewable energy systems modeling. By using these techniques, we can optimize designs and improve building performance.
Technical Questions
Building Performance Simulation is applicable in all stages of the building lifecycle, from conceptualization and initial design to construction, operation, maintenance, and even deconstruction. These simulations help assess energy performance, thermal comfort, ventilation, lighting, and other aspects related to building performance.
BIM is a digital model of a building that provides comprehensive information about its various components. This information can be used as input for Building Performance Simulation. BIM allows us to create more accurate building models and perform more precise simulations.
Occupant behavior has a significant impact on building energy performance and comfort. OBM allows us to consider occupant behavior in simulation models. These models help us understand the impact of occupant behavior on building performance and optimize designs accordingly.
UBEM allows us to evaluate the energy performance of buildings at the urban scale. These models help us understand the impact of buildings on urban energy consumption and greenhouse gas emissions. UBEM can be used for urban planning, energy policy, and the design of sustainable buildings at the urban scale.