A shadow diagram is needed for planning approval. It shows how the new construction will cast shadows. The analysis also checks if these shadows affect sensitive areas like parks, streets, or residential areas, and suggests ways to reduce any negative effects.

 Shadows affect temperature and vegetation growth, impacting maintenance and landscaping decisions. Understanding shadow locations helps prevent dampness and “sick building syndrome.”

Analysis helps in heat management, allowing adjustments to minimize or maximize heat gain according to seasonal sunlight variations.

Shadow Maps aids in deciding where to place glass windows to optimize natural lighting while minimizing heat gain.

Knowing sun exposure assists in positioning rooms for optimal comfort, enabling architectural solutions to manage heat gain.

 Sun path analysis aids in passive solar design, reducing energy demand and promoting sustainability.

Understanding shadow locations ensures effective placement of solar panels for maximum efficiency.

 Shadow Maps helps avoid legal disputes and ensures new buildings don’t negatively affect the area’s microclimate.

Many jurisdictions mandate shadow analysis for large developments to identify overshadowing scenarios.

Sun path mapping helps in selecting paint colors and materials considering how light affects their appearance throughout the day.

Analysis guides material selection to avoid issues like moss growth or excessive heat retention, ensuring both functionality and aesthetics are considered.