This is the first post in a series that will discuss the planning, building, and administration of contemporary data centers. Have you arrived at the conclusion that it would be in the best interest of your company to build a completely new data center from the ground up? If this is the case, then you have most likely already given some consideration to the type of data center you intend to build, the quantity of technology that will be housed inside of it, and the temperature at which the various machines will operate. But before any of that, one of the most important decisions to make is to pick the right location for the meeting. At this point, it is almost certain that the companies that made the decision to keep all of their information in the Karlin-Prague neighborhood of Prague, which was completely obliterated by flooding in 2002, would agree with this evaluation. The most crucial question is: where are you?Your budgetary constraints will determine which choice you go with between these two alternatives. The first choice is to build a data center from the ground up, while the second choice is to perform a retrofit, which essentially means to install the data center within an existing building. The two distinct approaches each have their own individual set of advantages as well as disadvantages. If you build an entirely new structure, you will have the ability to customize it in such a way that it meets the specifications needed by the data center. This will allow you to maximize the efficiency of the space. As a consequence of this, you will be able to accomplish superior energy parameters and higher levels of certification. The location should be one that is safe from earthquakes and should be situated away from areas that are prone to flooding. Additionally, the location should be one that can accommodate future expansion. The TIA 942 standard, which contains proposals and recommendations for the design of data centers, discusses the facility's capacity to withstand even a flood that occurs once every 500 years. This standard was developed in the United States. It is recommended that a location be chosen that not only offers dependable access to electrical energy but also offers connectivity to the internet at a high speed. If everything goes according to plan, there should already be two separate optical fiber tracks laid down. Optical fiber is a type of material that can transmit light. When there is only one fiber connection available, laying down a second one is an item that will put a significant strain on both your budget and the amount of time that is required to construct the building. This is because laying down a second connection takes time. The installation of a fiber connection is typically a time-consuming endeavor that calls for one to first acquire the land or the rights to use it, in addition to meeting the requirements of a number of other preconditions. When compared to the costs of other potential courses of action, retrofitting typically yields lower overall costs. On the other hand, steel raised access floor tiles imposes restrictions on account of the building that is already there and the condition of the building itself. You need to make sure that you check the structural strength of the floors as well as their capacity to bear weight. This is one of the things that you need to make sure that you check. This amounts to approximately 200 kilograms of weight per square meter on average in older buildings. On the other hand, a server rack that is completely full has the capability of holding three or even four times as much as an empty rack. You also shouldn't ignore the load-bearing capacity of your roof because, in addition to holding other components of the system, it will be used to hold some of the air conditioning equipment. The importance of power cannot be overstated.Every data center must fulfill the first and most essential requirement, which is to have access to uninterrupted power supplies. This is the reason why data centers are built, and this is also the reason why, ideally, they should be powered by two independent routes of energy coming through their very own transformers. In other words, this is the ideal situation. After passing through a substation, the energy is transferred via an automatic transfer switch (APS), which is ultimately connected to a diesel generator. After that, it is transferred to the UPS units, each of which is equipped with its own battery module. However, even if the business only possesses a single substation, each machine should be outfitted with a dual power source that is supplied by two distinct pathways so that it can continue to operate normally. In the meantime, larger data centers that anticipate using more than 2 megawatts of power can forego the UPS with batteries in favor of more innovative power solutions that do not require batteries. These solutions include solar panels and wind turbines. These types of solutions are also referred to as rotary or dynamic UPS. These are sold as a single unit that contains a transformer, an uninterrupted power supply (UPS), and a motor-generator all in one convenient package. It works in a manner not dissimilar to that of a flywheel that is housed inside of a vacuum case, and it does so in a Modular Carpet Flooring. This flywheel can spin indefinitely, and the mechanical energy it stores can be turned into electrical energy by a generator whenever that is necessary.