Preventing Data Centre Downtime with Resistive Load Bank

Guaranteeing uninterrupted power supply is a critical task when it comes to running a data centre. Improper distribution of power can have a wide range of negative outcomes, which may range from downtime to loss of data from the database.

Given these potential risks, when it comes to preparing the second line of defence against these mishaps, the backup generators stand out to be handier than anything else.

Yet, there the threat is not entirely eliminated. Generators that are either inadequately maintained or are untested can turn out to be useless and ineffective at the hour of the need when they are expected to perform.

This can turn out to be cataclysmic for facilities that deal with an enormous amount of data. This is where the role of the resistive loadbanks comes into play.

When it comes to maintaining any database facility that is expected to perform unabated and provide crucial service at any given point in time, these loadbanks are absolute MUST. They protect these facilities from the worst-case scenarios in the event of a power outage.

Dealing with the Database in Controlled Environment

The fundamental evaluation of the capacity of a standby generator may take place whenever there is a power failure in any data centre. Yet, effective load bank testing will be able to provide some unique advantages that nothing else can provide.

The data that is collected from a typical loadbank testing will be able to provide a carefully calibrated, calculated, precise and comprehensive look at the ability of the generator to perform to the optimal.

Besides, the testing will also provide a controlled and conditioned environment, in which the potential threat perceptions that are associated with the generator overload and failure can effectively be mitigated. Such risks include the likes of damage caused to other systems and their components and disruption of the business flow.

Role of Loadbank in Improving the Performance Generators

These testings go a long way in improving the performance of the regular active generators, and the ones that are kept for a backup, which are not put to no-load tests regularly.

As and when a diesel-powered generator is tested and is used temporarily as a source of emergency power, it at times fails to reach the required optimal temperature.

This increases the risk of the scenario, wherein some of the fuel fails to burn, and instead gathers in the exhaust. This phenomenon is called 'wet stacking', which will affect the performance of the generator by a considerable extent. Besides, it will also drastically cut down the longevity of the device.

Regular loadbank testing will significantly counter all these detrimental fallouts. For instance, say a two-hour-long testing will help a generator to attain and sustain its optimum output of power, by burning out any fuel that has been left unbu ed previously.

Therefore you see, resistive loadbank testing goes a long way in protecting the database facilities and helping them to run smoothly without any loss of data whatsoever.