At Mechartes, we specialize in using Computational Fluid Dynamics (CFD) analysis, Acoustic Analysis, and Structural Analysis to optimize chiller yard performance. Chillers are essential for HVAC systems, but their efficiency can be compromised by insufficient fresh air intake and improper spacing, leading to the re-circulation of hot air and reduced performance.

Our numerical simulations provide engineers with powerful tools to evaluate chiller performance during both the design and construction stages. By identifying and addressing potential issues early, we help clients take necessary mitigative measures to improve efficiency and avoid costly redesigns.

We accurately model the chiller yard, including nearby buildings and structures. Using CFD analysis, we study velocity and temperature profiles around the chillers, considering ambient and wind conditions specific to the site. Acoustic analysis ensures noise levels comply with standards such as ASHRAE, AHRI, BS8233, and LEED, with recommendations for acoustic louvers and sound attenuators.

Mechartes also excels in conducting structural analysis of Modular Chiller Plants and piping networks, including lifting and transportation scenarios. Finite Element Analysis (FEA) covers various conditions, including operating, seismic, and wind analysis.

We at Mechartes offer comprehensive, validated solutions designed to eradicate design issues, enhance performance, and ensure optimal operation.