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Computational Fluid Dynamics (CFD) analysis is extensively used in data center projects to study the flow development and temperature field and identify the thermal hot spots in the projects design stage. Data center CFD analysis results enable the thermal designer to make well-informed decisions in the design stage and eliminate all the uncertainties that may affect the electronic equipment mounted in the racks. We carried out CFD analysis for the large data center under construction in the Bihar state of India by Shapoorji and Pallonji EPC company, one of the largest EPC Companies in India. Our CFD analysis results have enabled our customers to optimize the air-cooling system and ultimately to realize an efficient, safer, and effective data center cooling mechanism.
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CFD analysis for underground transport tunnel: Al Shamiya Expansion Project, Makkah, Saudi Arabia
Underground tunnel infrastructure offers faster direct routes and excellent connectivity between communities. The tunnel needs a reliable ventilation system for continuous air provision to limit the concentration of air pollutants during normal tunnel operation and to transport smoke gases out of the tunnel during emergency smoke extraction. Our Computational Fluid Dynamics (CFD) simulation results have enabled our client to understand the flow development in the complete tunnel and gain confidence in the proposed Jet fans and various operating combinations of motorized dampers for smoke extraction in an emergency. Our precise CFD analysis results have enabled our client to make conscious engineering decisions to achieve better resource efficiency and safety compliance. Read More
CFD analysis to predict flow development in wind turbine blade mold facility (LM Wind Power, India)
We carried out CFD analysis for the HVAC Jet Nozzle system proposed in the Wind turbine blade molding division at the LM wind power blade manufacturing plant in Bangalore. The blade manufacturing plant consists of four molding bays; for each bay, cold air will be supplied through 2 AHU units. Each AHU unit is connected to 40 Jet Nozzles. The main objective of CFD analysis is to analyze airflow, air-impinging angle, and the flow regime. The flow regime plays a significant role from Health and safety perspective. We have explained our results to the Management of LM Wind power and recommended suggestions for Improvement. Read More
Optimization of hot and cold aisle rack/cabinet configuration in a data center using CFD analysis
The hot and cold aisles in the data center are part of an energy-efficient layout for server racks and other computing equipment. The goal of a hot/cold aisle configuration is to manage airflow in a way that conserves energy and lowers cooling costs. A containment system isolates hot and cold aisles from each other and prevents hot and cold air from mixing. Our client is executing a turnkey contract for a bank data center in Kuwait. We worked with our client from the beginning stage of the project and assisted them with our Computational Fluid Dynamics (CFD) analysis results. Our CFD analysis results have enabled our client to arrive at the best operating sequence of the cooling units. Read More
CFD analysis for Car parking zone: Department of Finance, Government of India, Kerala
The scope of the work is to conduct Computational Fluid Dynamics (CFD) analysis for the basement car parking zone and ground floor of the Income-tax commissioner office in Kerala state, India. The objective of the CFD analysis is to finalize the location of Jet fans. We developed a 3D CAD model based on the layout drawings provided by our client. CFD mesh consists of 15 million polyhedral cells. CFD analysis results have enabled our client to identify the optimum location for Jet fans. We repeated the CFD analysis for various locations of the Jet fans, and the most efficient location is suggested. Read More
CFD analysis to assess the proposed HVAC design: Satellite Integration clean room, Indian Space Research Organization, India
Air is the primary carrier of particulates and contaminants from their sources to air return locations in the cleanrooms employed by Industries like semiconductors, Medical devices, pharmaceuticals, and Satellite Integration. Proper airflow distribution is essential to ensure the desired level of cleanliness related to a class of the cleanroom. Depending on the level of cleanliness, the required airflow rates vary from a few to a few hundred air changes per hour (ACH). Maintaining a single-pass air flow path from the supply to the return location is highly desirable without significant recirculation and mixing. Our expertise and decades of experience in CFD analysis shall help our clients to optimize the performance of Semiconductor, Medical devices, Pharmaceutical, and Satellite Integration clean rooms. Read More