Partial discharge is a well known term in the industry of electrical equipment and it can occur due to certain reasons. The worst part is that it can be unexpected and it can have serious effects on the plant and on the production that relies on electrical systems. The good news is that partial discharge monitoring is now possible without too much effort and without having engineers employed exactly for these tasks. Monitoring and controlling partial discharge motors is not done in a traditional manner anymore, but rather online, while the systems are running as usual and at regular voltage. After the results are presented, situations can be better managed.
What every manager wants is to save time, money and to increase efficiency and productivity within the plant. However, if some aspects are not considered, it is unlikely for it to happen. It is a shame nowadays to have so many and innovative partial discharge monitoring tools and not to use them in the company’s benefit. Partial discharge can cause progressive deterioration to the system’s components, leading in final stages to failure and to flashover. The required time and investment to resolve the issues are substantial, but controlled and monitored, they can be better managed.
Partial discharge monitoring can bring plenty of benefits, especially continuous monitoring, which can show data about the changes that occur in partial discharge motors in time and about activity correlated to variables. Whenever potential failure is discovered, actions can be taken and engineers are able to come up with solutions, to lower down voltage, productivity or even to see exactly the parts that get damaged the most and replace them. It is no longer necessary to waste time in figuring out what is wrong with electrical systems and how to control them better.
When there are such solutions available on the market, the opportunity must be taken. Actually, there are many studies and statistics that state the fact that one of the most common causes of outage in generators and motors is in direct relation with insulation faults. Partial discharge motors can result in time due to several reasons, such as ageing and stress factors. Defects are caused at some point and failure regarding windings insulation. Algorithms and noise suppression can be used to detect early partial discharge and to see exactly the location of the activity.
Whether it is temporary or continuous partial discharge monitoring, updated information is provided while electrical systems are operating normally. There are several solutions on the market these days, as providers strive to come up with the best features and the best products. It is up to each manager or engineer to choose what is best according to the electrical systems used, company’s goals, budget and interests. The decision making process can be made easier by reviewing some of the most popular and most used solutions, analyzing what they offer exactly and even finding out more about the providers in the field.
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