Comparing Approaches to Remote Substation Monitoring

Remote substation monitoring and maintenance are important for utility companies. These stations are important for providing power to communities but exist in remote areas. Conventionally,f new technology, the monitoring of substations is now done with thermal sensors. monitoring these subtractions is a manual and time-consuming process, taking physical inspections by humans after some time. With the use of new technology, the monitoring of substations is now done with thermal sensors.

The new ideas provide a higher level of advantages over conventional techniques for managing the monitoring process in different ways and maintaining the electrical infrastructure. In this blog post, we will discuss the use of remote substation monitoring and over details of why a touchless approach using thermal sensors is superior.

Why Need of Remote Substation Monitoring

There are many chances for damaging the remote substation. Transformer leakage, damaging the insulation, corrosion, and wear on moving parts are causes of outage. Substation monitoring provides utilities that can repair instruments before causing any serious problems. Conducting substation monitoring for these featues can be difficult, take some time, and is a costly process, especially when substations exist at distant places.

Limitations of Substation Monitoring

The reliance on physical connections and manual processes added safety risks for field technicians but also caused delays in the detection of problems. It needed the use of different resources such as technicians, instruments, and vehicles.

It is not just a time-consuming process but a high cost. Manual data logging can cause different errors. but there are some other ways, such as the use of current transformers (CTs). It is important for conventional monitoring techniques for electrical systems such as substation monitoring. The basic use is measuring and transforming high current into handleable levels that can be properly monitored and recorded.

Benefits of Touchless Remote Substation Monitoring With Thermal Sensors

Easy installation 

• For monitoring remote substations, easy installation and design are important factors. With the touchless method using thermal sensors, the installation process is easier than conventional methods. These sensors are configured on electrical devices without the use of high modifications or downtime.
• It means substations can work smoothly for monitoring system setup. The compact size of these sensors helps to provide flexible options for confined spaces.

Integration with Electrical Panel 

• The other advantage of touchless remote substation monitoring with the use of thermal sensors is easy integration with electric panel upgrades.
• Conventional methods for substation monitoring need high levels of modifications for existing design, which can be a time-consuming and high-cost process. But with touchless techniques, there is no physical connection needed or any invasive installations.
• Through the use of thermal sensors, touchless systems can be configured with electrical panels to upgrade projects without affecting operations or using additional construction work.