Response to the development of information technology is increasing demand for more and more computing power of Data Centers while keeping the smallest usable areas. This involves the use of high-performance servers and density of computing devices, which will have the effect of increasing power consumption and heat. Data Center must be designed and maintained so it will avoid thermal interference, which may result in overheating of the system and in consequence, emergency shutdown caused by a loss of cooling.
Computational Fluid Dynamics (CFD) is used to generate the air flow simulation using computers calculation. It is widely used in aviation biomedicine and is gaining popularity as a tool for the proper planning of data center cooling systems. The program provides a three-dimensional model for analyzing the efficiency of cooling within the rack and corridors, shows how the cold air moves through the data center outlining possible areas of formation the hot spots and cooling air conditioning units.
Air circulation inside the data center has a direct impact on the prevailing temperature and pressure, any changes in air flow can cause serious problems. Obstacles, such as walls, floors, ceilings, cabinets server may impede the flow of air and thus reduce the efficiency of the cooling system. Based on CFD reports you can improve efficiency of air conditioning and reduce maintenance costs.
Properly conducted measurements are the basis for the expansion of computing power within the limits of the existing power and cooling systems are also essential in the design of newly created Data Centers because they allow for the detailed calculation of the required parameters of the cooling units and show the distribution of equipment to ensure maximum use of the cooling system.
Loadbanks.pl offers an assessment of the effectiveness of the designed and performed precision air-conditioning based on the development of the CFD model, along with conducting analysis of the most cost-effective solutions related to the launch facility and the way it action. This analysis will allow you to verify the settings of cabinets and will simulate a different states of load of the whole object.