Fabric ducts discharge air continuously, so standard duct analysis falls short. This article explains the physics and how AHC predicts pressure distribution.
High-humidity spaces can challenge traditional metal ductwork performance. Learn how fabric ducts and smarter HVAC design workflows support more efficient system delivery.
HVAC design workflows are often fragmented, causing inefficiencies and rework. This blog highlights these challenges and introduces the AHC-Fabric Duct Design Suite—a unified platform for faster, more reliable system design.
Agentic AI and digital twins are revolutionizing smart buildings and HVAC systems by enabling predictive control, autonomous energy optimization, and data-driven operational intelligence. This piece highlights how AI-powered HVAC, simulation-driven digital twins, and adaptive building analytics will enhance efficiency, thermal comfort, and net-zero performance—shaping the future of intelligent, sustainable building design.
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This blog explores the precision of Autonomous HVAC Computational Fluid Dynamics (CFD) through three detailed case studies. It showcases how this automated approach can accurately predict indoor environmental flow physics, providing valuable insights for optimizing indoor air quality and design. The studies include in-depth discussions on geometry and meshing, boundary conditions, numerical setup, and detailed analysis of results, highlighting the app's reliability in indoor environment simulations.