Microclimate Analysis AI
AI analysis of site microclimate for outdoor comfort and building performance.
Definition
Microclimate Analysis AI evaluates site-specific climate conditions including wind patterns, solar exposure, and temperature variations. It informs building orientation, outdoor space design, and building envelope decisions to optimize comfort and energy performance.
In Depth
Microclimate analysis evaluates the environmental conditions at the pedestrian level — wind comfort, solar exposure, temperature, and shade patterns — that determine whether outdoor spaces are comfortable and usable. AI models the interaction between the building form, the surrounding context, and the local climate to predict conditions in courtyards, plazas, terraces, and streetscapes.
Wind comfort is the most critical factor in tall building projects. AI simulates the wind patterns around the building to identify areas of high wind speed at the pedestrian level, predicting the Lawson comfort criteria for each outdoor area. Areas that fail the comfort threshold for the intended use (sitting, standing, or walking) can be addressed through windbreaks, vegetation, or canopy elements during design.
Examples
Analyzing site wind patterns
Optimizing building orientation
Designing outdoor comfort
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Microclimate Analysis AI evaluates site-specific climate conditions including wind patterns, solar exposure, and temperature variations. It informs building orientation, outdoor space design, and building envelope decisions to optimize comfort and energy performance.
Analyzing site wind patterns. Optimizing building orientation. Designing outdoor comfort.
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