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Why loads banks are important when commissioning data centre's

Published by Sofia Garrard on 01 November 2021

One of the most typical markets for load bank testing is data centres. Load banks are critical because of the enormous electrical infrastructure and the necessity for consistent and dependable electricity. Most contemporary data centres employ load banks for commissioning;

  • Upkeep of maintenance
  • Growth (expansion)
  • Component replacement

The process of commissioning ensures that all-important infrastructure is built, tested, and running as intended. Back-up power supplies are essential for data centres since they safeguard the facility from costly downtime. Generators must be serviced regularly to guarantee that these crucial power management devices are ready to go when a blackout or brownout. Customers’ requirements frequently need data centres to expand to fulfil their needs. With any expansion, nevertheless, comes the need to progress power and resources. Load banks can be used to mimic power use with the increased demands, verifying that the power infrastructure is capable. Load testing is an excellent approach to ensuring that all the components in a circuit are working correctly. All components may be tested using load banks, especially as they age and become more prone to failure.

Daily, data centres encounter several issues, ranging from monitoring and provisioning to protection and customer support. Maintaining vital infrastructure systems is indeed an ongoing struggle. Data centres rely on a constant and stable supply of cooling and electricity, and threats to these systems may be significant and expensive for both the data centre and its clients.  

The following are some of the most significant problems that data centres face are;

  • Power testing
  • Equipment protection
  • Minimising downtime
  • Consumer trust
  • Optimisation.

Power testing is when, before going live with their service, any data centre building must be tested to guarantee that new cooling and power system installations perform as intended. In this case, data centre load bank testing may be a viable option. Load banks enable data centres to install and test essential systems before going live, allowing them to discover and correct any issues. Equipment protection Data centres depend on having a reliable power supply. Even minor changes in the internal or external environment might cause serious problems, overloading and damaging gear. Load banks can aid in the identification of probable sources of error, allowing surge protection to be implemented in the appropriate areas. The most significant difficulty for every data centre is downtime. You may decrease data centre downtime by using load banks to test cooling, generators thoroughly, and other key power sources to avoid outages. Utilising testing best practices, such as load bank testing, is a fundamental part of developing a resilient, universally available system. Consumer loyalty and trust are enhanced by uptime. Since data centres consume a lot of energy, optimisation can be a fantastic way to save money. Load bank testing allows cooling and power systems to be tested and optimised.

The cost of constructing a data centre is typically expressed in terms of price per square foot. This cost might be as low as £145 per square foot, or as much as £725 per square foot or more, depending on where you are located. When putting it in place, it is also essential to think about data privacy. Its lifespan is determined by its use, structure, construction, and functioning. To balance the total cost of ownership with risk and redundancy measures, equipment will be replaced, updated, and redesigned to equip your personal data centre’s distinct specifications properly.  

A load bank is used to perfectly imitate the usual operational load, which may be utilised and regulated in any way you need to safeguard production from needless downtime. This is in contrast to the ‘real’ load, which is more unpredictable and challenging to regulate.

In conclusion, load bank commissioning is critical because Your data centre serves essential business services and must perform as expected. Unplanned downtime may be exceptionally harmful to a company. The last thing you want is for crucial control or standby systems to collapse when you need them. One of the most successful tactics for minimising unanticipated disruptions caused by design, building, installation, and component quality issues are to have the important systems commissioned by an experienced and qualified Commissioning Agent before the data centre “goes live.” Systems that are not commissioning is almost certain to fail abruptly.