Power System Of Data Center

Basically the Power Source Electric power system The Data Center includes all components that are part of the path of the data center’s electrical distribution needs, namely the road to move electricity from utility facilities PLN and Genset transformers to special allocations for IT DEVICE, including servers, subsystems storage, networking switches, routers and firewalls, as well as cabling and physical racks that are used to regulate and connect IT equipment in accordance with their functions may not be completely lost power causing offline, Power really meets the data center power consumption device requirements in terms of voltage 3 Phase and single phase, electrical frequency.

As for the discussion can be described from the initial step of the power source to the point of power consumption power distribution unit (PDU) or socket:

1. Incoming Load PLN and Incoming Load Genset, before determining how much power KWh is needed and how much power the generator (KVA ) which will be permanently applied to the data center building, it is necessary to know the first step in calculating all the components that require electrical power in advance. If you know the power needed and do not forget to add teloransi + 20% to 30% in anticipation of the future if there is an additional expansion device. The next step is between Incoming Load PLN and Incoming Load Gensets in Integration in the ATS Panel (Automatic Transfer Switch) AMF (Automatic Main Failure). The function of the Panel is to turn on the generator engine if the load served loses the main electricity source of PLN and vice versa automatically.

2. Load UPS (Uninterruptible Power Supply), please note that the first step is to calculate all the components of IT devices and communications that require UPS Load power. If it is known, the UPS capacity can only be determined to be permanently installed. The main functions of the UPS are: 1. providing a temporary current that is needed by electronic devices when there is a sudden termination of the current source. 2 stabilize the current received by the electronic device, the UPS device that will help regulate the stability of electric current received by the device. As a media distribution Load UPS then PP-UPS Panel is provided which functions as a barrier and distribution to each PDU (Power Distribution Unit) Rack Device IT and Server.

3. AC PRECISION, Telecommunication equipment requires air volume greater than ordinary air conditioners. High density heat loads in relatively small spaces require more air changes than less dense “accuracy” applications. Without proper air volume, hot spots and temperature fluctuations can develop in space. In addition, the larger air volume provides a higher level. Maintaining the correct humidity level in the server room is as important as maintaining the right temperature. Too high humidity can cause condensation in telecommunications equipment / potential damage to hardware. Data centers are loaded with complex IT devices that require supervision close so that the entire system and device can continue to run day by day without stopping. The data center cooling system has a special role in maintaining temperature and humidity levels in the data center room so that it does not overheat one of the devices which are connected to each other and can cause the system to falter (Offline). Temperature data center rooms between 18 ° C and 20 ° C.

4. Early prevention of fires in the data center space. The workings of the FM200 suppression system are superior / effective for protecting fires in confined spaces where there are communication devices and servers, Suppression systems are fire extinguishing systems that are designed automatically when a fire occurs. because FM200 Suppression is able to prevent or control damage and losses that will be caused by fires on devices or material that indeed must be protected. In general, this Fire Suppression uses Gas as its extinguishing media. Because it is commonly used to protect electronic devices such as server rooms, installation of computer networks, transformers, generators, turbines, UPS, control rooms, etc. FM200 Suppression is not like any other automatic sprinkler system or portable extinguisher. They are able to provide fire suppression, but the water sprinkler will leave damage to devices that do not experience fire. Finally, the high recovery costs incurred, not because of damage to the burning device, but because of damage to other devices affected by residual and water impacts. This is caused by the selection of an improper outage system. MCFA (Main control fire alarm) The only device that processes all activities in the FM200 Fire Suppression is called the Control Panel. It is this device that manages all responses from input devices which are then processed and managed and then react in the form of orders and follow-up actions to output devices. All activities carried out by the Control Panel require an electric current. But when the Control Panel loses power from the main power source, the Control Panel still has 2 [two] dry batteries as a backup. So that in the event of a power outage, the Control Panel can still operate to service FM 200 Fire Suppression