Air-Conditioning Machine Room Layout for Compact Chilled-Water Piping

The machine room layout is divided into standardized modular blocks representing different equipment and pipeline sections. Each block is a pre-designed unit that can be independently configured and assembled, transforming the chaotic continuous layout into organized discrete segments that reduce overall complexity and space requirements

The patent creates a universal layout block library where standardized blocks can represent multiple equipment types and pipeline configurations. These universal blocks can be reused across different machine room designs, reducing the need for custom layouts and minimizing space requirements through standardized footprints

By segmenting the pipeline layout into standardized blocks, the system optimizes pipeline routing to reduce length and minimize crossings. This segmented approach allows for more efficient energy distribution and reduces energy losses associated with longer, more complex pipeline routes

The patent transitions from two-dimensional floor plans to three-dimensional spatial arrangement through stacked layout blocks. This vertical dimensionality reduces horizontal pipeline length and minimizes crossings by utilizing multiple levels, thereby reducing energy consumption for fluid transport

The layout blocks incorporate color coding and visual differentiation that intuitively indicate spatial relationships, equipment types, and pipeline connections. This visual encoding system allows operators to quickly understand spatial arrangements and relationships without detailed documentation, improving both information clarity and adaptability

The patent uses standardized graphical representations and digital models that copy and simplify the physical layout into intuitive visual formats. These standardized copies can be easily interpreted and adapted to different scenarios, maintaining spatial relationship information while enhancing adaptability