In today’s power generation landscape, companies are faced with three main challenges. First, there’s the increase in the number of electricity production technologies. Second, they must contend with a rise in rural power generation facilities. Third, unpredictable weather patterns are threatening the grid.

The extreme fluctuations in weather make it more critical than ever for companies to constantly monitor the grid. However, it’s a real challenge to juggle multiple technology platforms and access rural locations, especially at a time when many are facing workforce shortages. Fortunately, remote monitoring technology is providing a solid answer to this serious dilemma.

The Benefits of Remote Monitoring

Remote monitoring continues to bring extensive benefits to the power generation industry. First, it supports historical information so companies can monitor performance over time, see where it is improving, and assess what improvements are still needed.

Additionally, it allows for predictive maintenance that takes care of minor problems before they become large ones, minimizing downtime and saving on costs. This, in turn, increases the grid’s overall reliability and safety. Remote monitoring also allows companies to control assets autonomously, keeping workers out of dangerous remote locations and reducing the cost of truck rolls. 

Finally, remote monitoring can combine data from distributed power systems such as microgrids. The idea is that companies can then analyze it and gain actionable insights, leading to more efficient use of energy sources. 

It can also help those using microgrids detect anomalous conditions quickly. This further increases reliability and ensures that these solutions perform well when they are needed most.

What the Software Landscape Looks Like Right Now

To achieve these goals, remote monitoring needs to be supported by a concerted effort among software giants. Right now, developers are looking to leverage artificial intelligence and machine learning to help companies better monitor multiple platforms and distributed energy assets, as well as control these assets from afar. 

These software systems can ensure precision in measurement, which is vital for accurate data and good decision-making. In some cases, software companies have created sensors and other communication devices to work in conjunction with these software platforms, enhancing monitoring efforts and bringing greater visibility. Still, companies using remote monitoring platforms must prioritize cybersecurity.

Allan Schurr, chief commercial officer of microgrid company Enchanted Rock, said, “Cybersecurity is an essential consideration for all remote access microgrids. It starts with the right cyber architecture, technology design and selection, and operating procedures. Upholding best practices prevents intrusions and maintains system integrity.”

The Future of Energy Asset Control Is in the Hands of Technology Developers

Remote monitoring is already producing significant benefits for companies in the power sector. In the future, achieving efficiency goals will depend heavily on a company’s ability to ensure that the right people have access to real-time data. 

Remote monitoring is only helpful when the person receiving the information has the power to do something about what they see. Experts expect that digital twins, AI, and machine learning will continue to play a role in these advancements. 

Of course, companies will likely need local setups for the foreseeable future. Still, there’s no doubt that remote monitoring is continuing to make current systems more efficient and effective.

To discover more about this topic, read the original article by Darrell Proctor.