Simulation Analysis of Architectural Environment
It analyzes building energy, airflow, light environment, indoor air quality, and indoor thermal environment from various angles to provide a professional and integrated green building design solution.
Energy Analysis
Energy analysis of buildings is essential for certification of international buildings such as LEED and Green Mark.
Airflow Analysis
Airflow analysis is an analysis method that evaluates air flow, heat transfer process, wind strength, humidity, etc. outside and inside the building.
Analysis of Light Environment
A lighting design is proposed by analyzing the type and size of the lighting window and the light environment according to the interior lighting zoning design through natural lighting simulation.
Analysis of Indoor Thermal Environment
Thermal comfort is an important factor that determines the health and productivity of those who return home.
Energy Analysis
Daan Solutions analyzes the dynamic energy of buildings through energy simulations such as IESVE and EnergyPlus.
Energy analysis of buildings is essential for certification of international buildings such as LEED and Green Mark.
Also, Energy analysis can optimize the passive and active design of buildings.
Building Loads and Energy Consumption
Optimize passive and active system design
Energy Independence Analysis
Airflow Analysis
Airflow analysis is an analysis method that evaluates air flow, heat transfer process, wind strength, humidity, etc. outside and inside the building. Airflow analysis assesses the suitability of the exterior shape and interior design of the building in the early stages of the design and further supports the design optimization process. In addition, CFD simulations analyze the airflow of mechanical ventilation to assess ventilation volume and air quality in theaters with high occupancy density or laboratories at risk of exposure to hazardous substances.
Natural ventilation modeling can help with site conditions, building mass, detailed building design, interior layout and space planning. This eliminates heat build-up in dense urban areas, improves thermal comfort and indoor air quality, and reduces the need for mechanical ventilation.
Indoor Air Quality Assessment
Assisted Ventilation (Natural Vent + Fans)
Wind Driven Rain
Natural Ventilation (External Flow/ Master planning)
Assisted Ventilation(Natural Vent + Fans)
Analysis of Light Environment
Natural lighting not only improves the quality of the indoor light environment but also reduces the use of artificial lighting. We propose a lighting design by analyzing the type and size of the lighting window and the light environment according to the interior lighting zoning design through natural lighting simulation.
Lighting design is a factor that affects the health, safety, and productivity of visitors. Evaluate the actual illumination level and the degree of glare with illumination simulation. This provides lighting design that matches the purpose of use of each building, such as offices, schools, hospitals, and others, and the activities of the guests.
Analysis of Natural Daylighting
Lighting Design Analysis
Solar Analysis
Analysis of Indoor Thermal Environment
Thermal comfort is an important factor that determines the health and productivity of those who return home.Energy simulations and CFD simulations evaluate the thermal comfort of natural ventilation, mechanical ventilation, and hybrid ventilation and propose an optimal design.
Thermal comfort
Rainwater Runoff
Room Temperature and Humidity Analysis
Ventilation comfort